Best Paper - Propulsion and Energy Group

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Best Papers in a specific propulsion or energy discipline are selected from papers presented at technical forums by the respective technical committee.

Award Recipients

2025

  • Prof Christopher S Goldenstein
    Purdue University
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Dual-Zone Temperature and Multi-Species Measurements in Solid-Propellant Flames via Broadband Mid-Infrared Laser Absorption Spectroscopy AIAA 2023-4029
  • Vishnu Radhakrishna
    Sandia National Laboratories
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Dual-Zone Temperature and Multi-Species Measurements in Solid-Propellant Flames via Broadband Mid-Infrared Laser Absorption Spectroscopy AIAA 2023-4029
  • Prof Steven F Son
    Purdue University
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Dual-Zone Temperature and Multi-Species Measurements in Solid-Propellant Flames via Broadband Mid-Infrared Laser Absorption Spectroscopy AIAA 2023-4029
  • Kyle E Uhlenhake
    Purdue University
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Dual-Zone Temperature and Multi-Species Measurements in Solid-Propellant Flames via Broadband Mid-Infrared Laser Absorption Spectroscopy AIAA 2023-4029
  • Dr Vivek Ahuja
    RESEARCH IN FLIGHT
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Student Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics Using a Vortex Particle Method AIAA 2023-4032
  • Griffin A DiMaggio
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Student Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics Using a Vortex Particle Method AIAA 2023-4032
  • Roy J Hartfield Jr
    Auburn University
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Student Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics Using a Vortex Particle Method AIAA 2023-4032
  • Mr Chris N Torre
    Torre Space and Power Systems
    Awarded-CoRecipients
    Award: 2024 AIAA Aerospace Power Systems Best Paper
    AIAA Citation: Test Performance Results of a Magnetohydrodynamic Generator System Using an Ionized Plasma Flow to Simulate the Interplanetary Solar Wind AIAA 2024-0472
  • William V Torre
    Torre Space and Power Systems LLC
    Awarded-CoRecipients
    Award: 2024 AIAA Aerospace Power Systems Best Paper
    AIAA Citation: Test Performance Results of a Magnetohydrodynamic Generator System Using an Ionized Plasma Flow to Simulate the Interplanetary Solar Wind AIAA 2024-0472
  • Dr Troy Henderson
    Embry-Riddle Aeronautical University
    Awarded-CoRecipients
    Award: 2024 AIAA Aerospace Power Systems Best Student Paper
    AIAA Citation: Power System Testing and Verification for a Space Camera System With 18650 Batteries AIAA 2024-0021
  • Daniel Posada
    Embry-Riddle Aeronautical University
    Awarded-CoRecipients
    Award: 2024 AIAA Aerospace Power Systems Best Student Paper
    AIAA Citation: Power System Testing and Verification for a Space Camera System With 18650 Batteries AIAA 2024-0021

2024

  • Madison G Allen
    NA
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Mr Matthew Byrne
    PEPL
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Tate Gill
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • William Hurley
    University of Michigan
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Mr Thomas A Marks
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Parker J Roberts
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Mr Christopher L Sercel
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Ms Leanne L Su
    University of Michigan
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Mr Eric Viges
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Mr Collin B Whittaker
    University of Michigan
    Awarded-CoRecipients
    Award: 2023 AIAA Electric Propulsion Best Paper
    AIAA Citation: Operation and Performance of a Magnetically Shielded Hall Thruster at Ultrahigh Current Densities on Xenon and Krypton AIAA 2023-0842
  • Dr John P Clark
    AFRL
    Awarded-CoRecipients
    Award: 2023 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: High-Lift High-Work LPT Blades and Separation: A Machine-Learning-Based Approach to Separation Identification AIAA 2023-0113
  • Nathan Fletcher
    Innovative Scientific Solutions, Inc.
    Awarded-CoRecipients
    Award: 2023 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: High-Lift High-Work LPT Blades and Separation: A Machine-Learning-Based Approach to Separation Identification AIAA 2023-0113
  • Mr Jared N Kerestes
    Wright State University
    Awarded-CoRecipients
    Award: 2023 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: High-Lift High-Work LPT Blades and Separation: A Machine-Learning-Based Approach to Separation Identification AIAA 2023-0113
  • Dr Christopher R Marks
    Air Force Research Laboratory
    Awarded-CoRecipients
    Award: 2023 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: High-Lift High-Work LPT Blades and Separation: A Machine-Learning-Based Approach to Separation Identification AIAA 2023-0113
  • Dr Mitch Wolff
    Wright State University
    Awarded-CoRecipients
    Award: 2023 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: High-Lift High-Work LPT Blades and Separation: A Machine-Learning-Based Approach to Separation Identification AIAA 2023-0113
  • Esteban Cisneros-Garibay
    Princeton University
    Awarded-CoRecipients
    Award: 2023 AIAA High Speed Air Breathing Propulsion Best Paper
    AIAA Citation: Manifold-based Modeling for Supersonic Turbulent Combustion AIAA 2023-2529
  • Dr Datta V Gaitonde
    The Ohio State University
    Awarded-CoRecipients
    Award: 2023 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper
    AIAA Citation: Modal Analysis of Serpentine Diffuser Distortion AIAA 2023-3308
  • Dr Russell W Powers
    Naval Air Warfare Center
    Awarded-CoRecipients
    Award: 2023 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper
    AIAA Citation: Modal Analysis of Serpentine Diffuser Distortion AIAA 2023-3308
  • Dr John T Spyropoulos
    NAVAIR
    Awarded-CoRecipients
    Award: 2023 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper
    AIAA Citation: Modal Analysis of Serpentine Diffuser Distortion AIAA 2023-3308
  • Mr Spencer L Stahl
    Awarded-CoRecipients
    Award: 2023 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper
    AIAA Citation: Modal Analysis of Serpentine Diffuser Distortion AIAA 2023-3308
  • Mr Wolfgang Armbruster
    DLR-German Aerospace Center
    Awarded-CoRecipients
    Award: 2023 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Flame-Acoustic Interaction in a Sub- and Supercritical, Single-Injector, LOX/CNG/LNG Rocket Combustor with Optical Access AIAA 2023-1838
  • Dr Justin Hardi
    DLR Institute of Space Propulsion
    Awarded-CoRecipients
    Award: 2023 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Flame-Acoustic Interaction in a Sub- and Supercritical, Single-Injector, LOX/CNG/LNG Rocket Combustor with Optical Access AIAA 2023-1838
  • Jan Martin
    DLR
    Awarded-CoRecipients
    Award: 2023 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Flame-Acoustic Interaction in a Sub- and Supercritical, Single-Injector, LOX/CNG/LNG Rocket Combustor with Optical Access AIAA 2023-1838
  • Dr Eric Bach
    TU Berlin
    Awarded-CoRecipients
    Award: 2023 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Low-Order Model for Detonation Velocity Suppression in Rotating Detonation Combustors AIAA 2023-1291
  • Miss Provence Barnouin
    TU Berlin
    Awarded-CoRecipients
    Award: 2023 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Low-Order Model for Detonation Velocity Suppression in Rotating Detonation Combustors AIAA 2023-1291
  • Dr Myles Bohon
    Technische Universität Berlin
    Awarded-CoRecipients
    Award: 2023 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Low-Order Model for Detonation Velocity Suppression in Rotating Detonation Combustors AIAA 2023-1291
  • Prof Ephraim J Gutmark
    University of Cincinnati
    Awarded-CoRecipients
    Award: 2023 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Low-Order Model for Detonation Velocity Suppression in Rotating Detonation Combustors AIAA 2023-1291
  • Prof Christian O Paschereit
    Technische Universität Berlin
    Awarded-CoRecipients
    Award: 2023 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Low-Order Model for Detonation Velocity Suppression in Rotating Detonation Combustors AIAA 2023-1291
  • Marco Adorno
    Politecnico di Torino
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Dr Stefania Carlotti
    Politecnico di Milano
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Stefano Dossi
    Politecnico Di Milano
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Andrea Galavotti
    SPLab
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Dr Filippo Maggi
    Politecnico Di Milano
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Dr Arianna Masini
    Home
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Dr Agostino Neri
    European Space Agency (ESA)
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515
  • Mr Luca Nichelini
    Politecnico di Milano
    Awarded-CoRecipients
    Award: 2023 AIAA Solid Rockets Best Paper
    AIAA Citation: Qualification of HCl in Solid Propellant Combustion Products AIAA 2023-1515

2023

  • Prof Daniele Bianchi
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Machine Learning Techniques for Flight Performance Prediction of Hybrid Rocket Engines AIAA 2021-3506
  • Mr Lorenzo Federici
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Machine Learning Techniques for Flight Performance Prediction of Hybrid Rocket Engines AIAA 2021-3506
  • Dr Mario Tindaro Migliorino
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Machine Learning Techniques for Flight Performance Prediction of Hybrid Rocket Engines AIAA 2021-3506
  • Dr Alessandro Zavoli
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Machine Learning Techniques for Flight Performance Prediction of Hybrid Rocket Engines AIAA 2021-3506
  • Paolo Zolla
    La Sapienza
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Machine Learning Techniques for Flight Performance Prediction of Hybrid Rocket Engines AIAA 2021-3506
  • Fabio A Bendana
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Swirl injection in hybrid PMMA combustion assessed by thermochemical imaging AIAA 2021-3513
  • Ms Isabelle C Sanders
    UCLA
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Swirl injection in hybrid PMMA combustion assessed by thermochemical imaging AIAA 2021-3513
  • Mr Kevin Schwarm
    UCLA
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Swirl injection in hybrid PMMA combustion assessed by thermochemical imaging AIAA 2021-3513
  • Dr Raymond Mitchell Spearrin
    University of California Los Angeles
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Swirl injection in hybrid PMMA combustion assessed by thermochemical imaging AIAA 2021-3513
  • Nora G. Stacy
    University of California Los Angeles
    Awarded-CoRecipients
    Award: 2021 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Swirl injection in hybrid PMMA combustion assessed by thermochemical imaging AIAA 2021-3513
  • Alexander Feleo
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Effects of Inlet Area Ratio on Operability of an Axial Air Inlet Rotating Detonation Combustor AIAA 2021-3676
  • Dr Mirko Gamba
    University of Michigan
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Effects of Inlet Area Ratio on Operability of an Axial Air Inlet Rotating Detonation Combustor AIAA 2021-3676
  • Joshua Shepard
    University of Michigan
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Effects of Inlet Area Ratio on Operability of an Axial Air Inlet Rotating Detonation Combustor AIAA 2021-3676
  • Dr Brian T Bojko
    Naval Research Laboratory
    Awarded-CoRecipients
    Award: 2021 AIAA Propellants and Combustion Best Paper
    AIAA Citation: Modeling of Layered Ammonium Perchlorate Composite Propellant with Different Burning Rates AIAA 2021-1970
  • Monique McClain
    Purdue University
    Awarded-CoRecipients
    Award: 2021 AIAA Propellants and Combustion Best Paper
    AIAA Citation: Modeling of Layered Ammonium Perchlorate Composite Propellant with Different Burning Rates AIAA 2021-1970
  • Simon Ray
    Awarded-CoRecipients
    Award: 2021 AIAA Propellants and Combustion Best Paper
    AIAA Citation: Modeling of Layered Ammonium Perchlorate Composite Propellant with Different Burning Rates - AIAA 2021-1970
  • Dr Vernon H Chaplin
    Jet Propulsion Laboratory (JPL)
    Awarded-CoRecipients
    Award: 2022 AIAA Electric Propulsion Best Paper
    AIAA Citation: Experimental Characterization of Wave-Induced Azimuthal Ion Velocities in a Hollow Cathode Plume AIAA 2022-1561
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2022 AIAA Electric Propulsion Best Paper
    AIAA Citation: Experimental Characterization of Wave-Induced Azimuthal Ion Velocities in a Hollow Cathode Plume AIAA 2022-1561
  • Parker J Roberts
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2022 AIAA Electric Propulsion Best Paper
    AIAA Citation: Experimental Characterization of Wave-Induced Azimuthal Ion Velocities in a Hollow Cathode Plume AIAA 2022-1561
  • Linkai Li
    NAUU
    Awarded-CoRecipients
    Award: 2022 AIAA Gas Turbine Engine Best Paper
    AIAA Citation: An Experimental Study on the Dynamic Ice Accretion Process over the Surfaces of the Rotating Fan Blades of an Aero-Engine Model - AIAA 2022-2435
  • Dr Linchuan Tian
    Awarded-CoRecipients
    Award: 2022 AIAA Gas Turbine Engine Best Paper
    AIAA Citation: An Experimental Study on the Dynamic Ice Accretion Process over the Surfaces of the Rotating Fan Blades of an Aero-Engine Model - AIAA 2022-2435
  • Prof Hyungrok Do
    Seoul National University
    Awarded-CoRecipients
    Award: 2022 AIAA High Speed Air Breathing Propulsion Best Paper
    AIAA Citation: From Thermal Choking to Inlet Buzz of Circular Scramjets in High-Enthalpy Flows AIAA 2022-0202
  • Mr Kyungrae Kang
    Seoul National University
    Awarded-CoRecipients
    Award: 2022 AIAA High Speed Air Breathing Propulsion Best Paper
    AIAA Citation: From Thermal Choking to Inlet Buzz of Circular Scramjets in High-Enthalpy Flows AIAA 2022-0202
  • Dr Qili Liu
    Purdue University
    Awarded-CoRecipients
    Award: 2022 AIAA High Speed Air Breathing Propulsion Best Paper
    AIAA Citation: From Thermal Choking to Inlet Buzz of Circular Scramjets in High-Enthalpy Flows AIAA 2022-0202
  • Prof Li Qiao
    School of Aeronautics & Astronautics, Purdue University
    Awarded-CoRecipients
    Award: 2022 AIAA High Speed Air Breathing Propulsion Best Paper
    AIAA Citation: From Thermal Choking to Inlet Buzz of Circular Scramjets in High-Enthalpy Flows AIAA 2022-0202
  • Lt Col Darrell S Crowe
    Air Force Institute of Technology
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Dr Nicholas J Georgiadis
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Kristen Karman-Shoemake
    Cadence Design Systems, Inc.
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Dr Mark P Wernet
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Dr Chad M Winkler
    The Boeing Company
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Ms Carolyn Woeber
    Cadence Design Systems, Inc.
    Awarded-CoRecipients
    Award: 2022 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Summary of the 5th Propulsion Aerodynamics Workshop Nozzle Test Case: Heated Nozzle Exhaust Passing Over a Flim-cooled Plate AIAA 2022-0086
  • Subodh Adhikari
    Awarded-CoRecipients
    Award: 2022 AIAA Joint Liquid Propulsion and Propellants and Combustion Best Paper Award
    AIAA Citation: Simultaneous OH, CH2O and flow field imaging of near blowoff dynamics AIAA-2022-2348
  • Dr Benjamin L Emerson II
    Awarded-CoRecipients
    Award: 2022 AIAA Joint Liquid Propulsion and Propellants and Combustion Best Paper Award
    AIAA Citation: Simultaneous OH, CH2O and flow field imaging of near blowoff dynamics AIAA-2022-2348
  • Dr Christopher Allen Fugger
    Spectral Energies, LLC
    Awarded-CoRecipients
    Award: 2022 AIAA Joint Liquid Propulsion and Propellants and Combustion Best Paper Award
    AIAA Citation: Simultaneous OH, CH2O and flow field imaging of near blowoff dynamics AIAA-2022-2348
  • Prof Tim C Lieuwen
    Georgia Institute of Technology
    Awarded-CoRecipients
    Award: 2022 AIAA Joint Liquid Propulsion and Propellants and Combustion Best Paper Award
    AIAA Citation: Simultaneous OH, CH2O and flow field imaging of near blowoff dynamics AIAA-2022-2348
  • Raghul Manosh Kumar
    Georgia Institute of Technology
    Awarded-CoRecipients
    Award: 2022 AIAA Joint Liquid Propulsion and Propellants and Combustion Best Paper Award
    AIAA Citation: Simultaneous OH, CH2O and flow field imaging of near blowoff dynamics AIAA-2022-2348
  • Valentin Buyakofu
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Ikkoh Funaki
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Keisuke Goto
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Prof Hiroto Habu
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Mr Kazuki Ishihara
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Noboru Itouyama
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Akira Kawasaki
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Prof Ken Matsuoka
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Mr Koichi Matsuyama
    IMaSS, Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Mr Tatsuro Nakao
    Japan Aerospace Exploration Agency (JAXA))
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Daisuke Nakata
    Muroran Institute of Technology
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Prof Steven F Son
    Purdue University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Modeling of Layered Ammonium Perchlorate Composite Propellant with Different Burning Rates - AIAA 2021-1970
  • Dr Shinsuke Takeuchi
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Masaharu Uchiumi
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Hiroaki Watanabe
    CRIEPI
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Kazuhiko Yamada
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232

2022

  • Jason Kirk
    Awarded-CoRecipients
    Award: 1
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Dr Stephen A Danczyk
    AFRL - Air Force Research Laboratory
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Dr William A Hargus Jr
    USAF/AFRL/RQRC
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Dr Jason Michael Kriesel
    Opto-Knowledge Systems Inc
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Daniel D Lee
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Anil P Nair
    University of California - Los Angeles
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Daniel I Pineda
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: MHz Mid-infrared Laser Absorption of CO and CO2 for Pressure, Temperature, and Species in Rotating Detonation Rocket Flows AIAA-2020-3867
  • Tate Gill
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2021 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: Performance Measurements of a 5 kW-Class Rotating Magnetic Field Thruster AIAA 2021-3384
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2021 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: Performance Measurements of a 5 kW-Class Rotating Magnetic Field Thruster AIAA 2021-3384
  • Mr Christopher L Sercel
    Awarded-CoRecipients
    Award: 2021 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: Performance Measurements of a 5 kW-Class Rotating Magnetic Field Thruster AIAA 2021-3384
  • Joshua M Woods
    University of Michigan
    Awarded-CoRecipients
    Award: 2021 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: Performance Measurements of a 5 kW-Class Rotating Magnetic Field Thruster AIAA 2021-3384
  • Dr Nathaniel J Blaesser
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Kenneth L Fisher
    NASA-Glenn Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Mr Peter C Frederic
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Mr Zachary J Frederick
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Mark D Guynn
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Mr Ty Marien
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Dr Steven J Schneider
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Robert P Thacker
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA Electrified Aircraft Technology Best Paper Award
    AIAA Citation: Results for an Electrified Aircraft Propulsion Design Exploration AIAA-2021-3280
  • Dr Aaron H Auslender
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Dr Jeffrey M Donbar
    USAF
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Mr Louis M Edelman
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Dr Mirko Gamba
    University of Michigan
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Mark A Hagenmaier
    Air Force Reseach Laboratory
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Robin Hunt
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2021 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Application of Flux-Conserved Modeling to an Unsteady Combustion Driven Pseudo-Shock AIAA-2021-1763
  • Alicia Benhidjeb-Carayon
    Jet Propulsion Laboratory (JPL)
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Victoria M Boulos
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Mr Jason R Gabl
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Robin Orth
    USAF
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Dr Timothee L Pourpoint
    Purdue University
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Ms Catriona White
    Indiana University - Purdue University at Indianapolis
    Awarded-CoRecipients
    Award: 2021 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: Chemical Composition of Mixed Oxides of Nitrogen using Raman Spectroscopy AIAA-2021-3589
  • Dr Donald H Ferguson
    National Energy Technology Laboratory
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: Individual Wave Detection and Tracking within a Rotating Detonation Engine through Computer Vision Object Detection applied to High-Speed Images AIAA-2021-1382
  • Kristyn Johnson
    West Virginia University
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: Individual Wave Detection and Tracking within a Rotating Detonation Engine through Computer Vision Object Detection applied to High-Speed Images AIAA-2021-1382
  • Dr Andrew C Nix
    West Virginia University
    Awarded-CoRecipients
    Award: 2021 AIAA Pressure Gain Combustion Best Paper Award
    AIAA Citation: Individual Wave Detection and Tracking within a Rotating Detonation Engine through Computer Vision Object Detection applied to High-Speed Images AIAA-2021-1382
  • Prof Matteo Bernardini
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Dr Enrico Cavallini
    Agenzia Spaziale Italiana
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Mr Matteo Cimini
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Mr. Andrea Di Mascio
    INSEAN
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Dr Emanuele Martelli
    Second University of Naples
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Dr Francesco Salvadore
    CINECA
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Prof Fulvio Stella
    Sapienza University of Rome
    Awarded-CoRecipients
    Award: 2021 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Implicit Large-Eddy Simulation of Solid Rocket Motors using the Immersed Boundary Method AIAA-2021-3696
  • Haiyang Hu
    Iowa State University
    Awarded-CoRecipients
    Award: 2022 AIAA Gas Turbine Engine Best Paper
    AIAA Citation: An Experimental Study on the Dynamic Ice Accretion Process over the Surfaces of the Rotating Fan Blades of an Aero-Engine Model - AIAA 2022-2435
  • Prof Jiro Kasahara
    Nagoya University
    Awarded-CoRecipients
    Award: 2022 AIAA Pressure Gain Combustion Best Paper
    AIAA Citation: Flight Demonstration of Detonation Engine System Using Sounding Rocket S-520-31: Performance of Rotating Detonation Engine AIAA 2022-0232
  • Dr Vivek Ahuja
    Awarded-CoRecipients
    Award: 2022 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics with a Surface-Vorticity Solver AIAA-2022-1898
  • Griffin A DiMaggio
    Awarded-CoRecipients
    Award: 2022 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics with a Surface-Vorticity Solver AIAA-2022-1898
  • Roy J Hartfield Jr
    Auburn University
    Awarded-CoRecipients
    Award: 2022 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics with a Surface-Vorticity Solver AIAA-2022-1898
  • Prof Joseph Majdalani
    Auburn University
    Awarded-CoRecipients
    Award: 2022 AIAA Solid Rockets Best Paper Award
    AIAA Citation: Solid Rocket Motor Internal Ballistics with a Surface-Vorticity Solver AIAA-2022-1898

2021

  • Mr Jeffryes W Chapman
    NASA
    Awarded
    Award: 2020 AIAA Electric Aircraft Technology Best Paper Award
    AIAA Citation: A Study of Large Scale Power Extraction and Insertion on Turbofan Performance and Stability AIAA-2020-3547
  • Dr Ethan Thomas Dale
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2020 AIAA Electric Propulsion Best Paper
    AIAA Citation: A Predictive Hall Thruster Model Enabled by Data-Driven Closure AIAA-2020-3622
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2020 AIAA Electric Propulsion Best Paper
    AIAA Citation: A Predictive Hall Thruster Model Enabled by Data-Driven Closure AIAA-2020-3622
  • Mr Thomas A Marks
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2020 AIAA Electric Propulsion Best Paper
    AIAA Citation: A Predictive Hall Thruster Model Enabled by Data-Driven Closure AIAA-2020-3622
  • Dr Lien C Yang
    Self
    Awarded
    Award: 2020 AIAA Energetic Components and Systems Best Paper
    AIAA Citation: New Formulation for Studying of Detonation Of Gaseous Energetic Mixtures II: CH4/O2 & CH4/Air AIAA-2020-3653
  • Dr Gregory J Hunt
    William & Mary
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Adaptive Pressure Profile Method to Locate the Isolator Shock Train Leading Edge Given Limited Pressure Information AIAA-2020-3715
  • Robin Hunt
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: Adaptive Pressure Profile Method to Locate the Isolator Shock Train Leading Edge Given Limited Pressure Information AIAA-2020-3715
  • Dr Damiano Baccarella
    University of Tennessee
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Professional Paper
    AIAA Citation: "Flow Choking Induced by Combustion and Mass Injection in a Circular Model Scramjet at Mach 4.5" (AIAA-2020-1611)
  • Gyu Sub Lee
    University of Illinois at Urbana-Champaign
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Professional Paper
    AIAA Citation: "Flow Choking Induced by Combustion and Mass Injection in a Circular Model Scramjet at Mach 4.5" (AIAA-2020-1611)
  • Dr Tonghun Lee
    University of Illinois at Urbana Champaign
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Professional Paper
    AIAA Citation: "Flow Choking Induced by Combustion and Mass Injection in a Circular Model Scramjet at Mach 4.5" (AIAA-2020-1611)
  • Dr Qili Liu
    University of Illinois at Urbana-Champaign
    Awarded-CoRecipients
    Award: 2020 AIAA High Speed Air Breathing Propulsion Best Professional Paper
    AIAA Citation: "Flow Choking Induced by Combustion and Mass Injection in a Circular Model Scramjet at Mach 4.5" (AIAA-2020-1611)
  • Dr Elizabeth T Jens
    Jet Propulsion Laboratory (JPL)
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Combustion Efficiency in Single Port Hybrid Rocket Engines AIAA-2020-3746
  • Dr Ashley C Karp
    Jet Propulsion Laboratory (JPL)
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Combustion Efficiency in Single Port Hybrid Rocket Engines AIAA-2020-3746
  • George T Story
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Combustion Efficiency in Single Port Hybrid Rocket Engines AIAA-2020-3746
  • Mr George R Whittinghill
    Whittinghill Aerospace LLC
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Paper
    AIAA Citation: Combustion Efficiency in Single Port Hybrid Rocket Engines AIAA-2020-3746
  • Mr Mehmet Kahraman
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Enhancement of Fuel Regression Rate for Hybrid Rockets by Introducing Novel Coaxial Tube Injector AIAA-2020-3733
  • Dr Arif M Karabeyoglu
    Space Propulsion Group, Inc.
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Enhancement of Fuel Regression Rate for Hybrid Rockets by Introducing Novel Coaxial Tube Injector AIAA-2020-3733
  • Mr. Ibrahim Ozkal
    Istanbul Techinal University
    Awarded-CoRecipients
    Award: 2020 AIAA Hybrid Rockets Best Student Paper
    AIAA Citation: Enhancement of Fuel Regression Rate for Hybrid Rockets by Introducing Novel Coaxial Tube Injector AIAA-2020-3733
  • ENS David L Ellis
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • John C Fikes
    FD02
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • Paul R Gradl
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • Dr Tyler B Hudson
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • Mr. Sandi G Miller
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • Christopher S Protz
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2020 AIAA Liquid Propulsion Best Paper
    AIAA Citation: Lightweight Thrust Chamber Assemblies using Multi-Alloy Additive Manufacturing and Composite Overwrap AIAA-2020-3787
  • Dr Geoffrey A Landis
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Power and Energy Forum Best Paper
    AIAA Citation: 2020 Propulsion and Energy Forum Power Generation from Interplanetary and Interstellar Plasma and Magnetic Fields
  • Matt Wentzel-Long
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Power and Energy Forum Best Paper
    AIAA Citation: 2020 Propulsion and Energy Forum Power Generation from Interplanetary and Interstellar Plasma and Magnetic Fields
  • Dr Robert B Adams
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2020 AIAA Power and Energy Forum Best Student Paper
    AIAA Citation: Elements of an Inductive Electrical Power Conversion System for Fusion-Class Plasmas AIAA-2020-3539
  • Jason T Cassibry
    Awarded-CoRecipients
    Award: 2020 AIAA Power and Energy Forum Best Student Paper
    AIAA Citation: Elements of an Inductive Electrical Power Conversion System for Fusion-Class Plasmas AIAA-2020-3539
  • Nathan Schilling
    Awarded-CoRecipients
    Award: 2020 AIAA Power and Energy Forum Best Student Paper
    AIAA Citation: Elements of an Inductive Electrical Power Conversion System for Fusion-Class Plasmas AIAA-2020-3539
  • Mr Eric Bach
    TU Berlin
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Professional Paper
    AIAA Citation: "RDC Operation and Performance with Varying Air Injector Pressure Loss" (AIAA-2020-0199)
  • Prof Christian O Paschereit
    Technical University of Berlin
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Professional Paper
    AIAA Citation: "RDC Operation and Performance with Varying Air Injector Pressure Loss" (AIAA-2020-0199)
  • Prof Panagiotis Stathopoulos
    Awarded-CoRecipients
    Award: 2020 AIAA Pressure Gain Combustion Best Professional Paper
    AIAA Citation: "RDC Operation and Performance with Varying Air Injector Pressure Loss: (AIAA-2020-0199)
  • Dr Charlotte Debus
    DLR - German Aerospace Center
    Awarded-CoRecipients
    Award: 2020 AIAA Propellants and Combustion Best Paper
    AIAA Citation: High-performance data analytics of hybrid rocket fuel combustion data using different machine learning approaches AIAA-2020-1161
  • Dr Mario Kobald
    DLR-German Aerospace Center
    Awarded-CoRecipients
    Award: 2020 AIAA Propellants and Combustion Best Paper
    AIAA Citation: High-performance data analytics of hybrid rocket fuel combustion data using different machine learning approaches AIAA-2020-1161
  • Ms Anna Petrarolo
    DLR Lampoldshausen
    Awarded-CoRecipients
    Award: 2020 AIAA Propellants and Combustion Best Paper
    AIAA Citation: High-performance data analytics of hybrid rocket fuel combustion data using different machine learning approaches AIAA-2020-1161
  • Alexander Rüttgers
    Institute for Software Technology
    Awarded-CoRecipients
    Award: 2020 AIAA Propellants and Combustion Best Paper
    AIAA Citation: High-performance data analytics of hybrid rocket fuel combustion data using different machine learning approaches AIAA-2020-1161
  • Dr Martin Siggel
    DLR - German Aerospace Center
    Awarded-CoRecipients
    Award: 2020 AIAA Propellants and Combustion Best Paper
    AIAA Citation: High-performance data analytics of hybrid rocket fuel combustion data using different machine learning approaches AIAA-2020-1161
  • Prof Claude Russell Joyner II
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2020 Nuclear and Future Flight Propulsion Best Paper
    AIAA Citation: Mars Opposition Missions Using Nuclear Thermal Propulsion AIAA-2020-3850
  • Dr Timothy S Kokan
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2020 Nuclear and Future Flight Propulsion Best Paper
    AIAA Citation: Mars Opposition Missions Using Nuclear Thermal Propulsion AIAA-2020-3850
  • Daniel J Levack
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2020 Nuclear and Future Flight Propulsion Best Paper
    AIAA Citation: Mars Opposition Missions Using Nuclear Thermal Propulsion AIAA-2020-3850
  • Mr Brian J Muzek
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2020 Nuclear and Future Flight Propulsion Best Paper
    AIAA Citation: Mars Opposition Missions Using Nuclear Thermal Propulsion AIAA-2020-3850
  • Mr Christopher Britton Reynolds
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2020 Nuclear and Future Flight Propulsion Best Paper
    AIAA Citation: Mars Opposition Missions Using Nuclear Thermal Propulsion AIAA-2020-3850
  • Mr Joseph Kalyan Raj I.
    TECHNION - ISRAEL INST OF TECH
    Awarded-CoRecipients
    Award: 2020 Power and Energy Forum Best Student Paper
    AIAA Citation: Development of a Deep Space Nuclear Electric Propulsion (NEP) System - a NuAER Plasma NEP Reactor AIAA-2020-3540
  • Mr Joseph Kalyan Raj I.
    TECHNION - ISRAEL INST OF TECH
    Awarded-CoRecipients
    Award: 2020 Power and Energy Forum Best Student Paper
    AIAA Citation: Development of a Deep Space Nuclear Electric Propulsion (NEP) System - a NuAER Plasma NEP Reactor AIAA-2020-3540
  • Dr Geoff Parks
    Awarded-CoRecipients
    Award: 2020 Power and Energy Forum Best Student Paper
    AIAA Citation: Development of a Deep Space Nuclear Electric Propulsion (NEP) System - a NuAER Plasma NEP Reactor AIAA-2020-3540
  • Mr amaury AWES
    ISAE Supaero
    Awarded-CoRecipients
    Award: 2021 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: Unsteady Body Force Methodology for Fan Operability Assessment under Clean and Distorted Inflow Conditions AIAA-2021-0388
  • Dr Xavier Carbonneau
    ISAE SUPAERO
    Awarded-CoRecipients
    Award: 2021 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: Unsteady Body Force Methodology for Fan Operability Assessment under Clean and Distorted Inflow Conditions AIAA-2021-0388
  • Dr Julien Marty
    ONERA
    Awarded-CoRecipients
    Award: 2021 AIAA Gas Turbine Engines Best Paper
    AIAA Citation: Unsteady Body Force Methodology for Fan Operability Assessment under Clean and Distorted Inflow Conditions AIAA-2021-0388
  • Dr David Kenneth Hall
    The Pennsylvania State University
    Awarded-CoRecipients
    Award: 2021 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Propulsor Models for Computational Analysis of Aircraft Aerodynamic Performance with Boundary Layer Ingestion AIAA-2021-0991
  • Mr Michael K Lieu
    Aurora Flight Sciences, A Boeing Company
    Awarded-CoRecipients
    Award: 2021 AIAA Inlets Nozzles and Propulsion System Integration Best Paper
    AIAA Citation: Propulsor Models for Computational Analysis of Aircraft Aerodynamic Performance with Boundary Layer Ingestion AIAA-2021-0991

2020

  • Mr John A Brand II
    Awarded-CoRecipients
    Award: “Comparative Analysis and Justification of Optimal Rocket Motor Selection in NASA USLI by Applying Newton’s Second Law to a Variable Mass Body” (AIAA 2019-4138)
  • Dr Trevor S Elliott
    University of Tennessee at Chattanooga
    Awarded-CoRecipients
    Award: “Comparative Analysis and Justification of Optimal Rocket Motor Selection in NASA USLI by Applying Newton’s Second Law to a Variable Mass Body” (AIAA 2019-4138)
  • Brandon Roberts
    Awarded-CoRecipients
    Award: “Comparative Analysis and Justification of Optimal Rocket Motor Selection in NASA USLI by Applying Newton’s Second Law to a Variable Mass Body” (AIAA 2019-4138)
  • Mr Ashwyn Mathew Sam
    Awarded-CoRecipients
    Award: “Comparative Analysis and Justification of Optimal Rocket Motor Selection in NASA USLI by Applying Newton’s Second Law to a Variable Mass Body” (AIAA 2019-4138)
  • Dr Andreea Boca
    Jet Propulsion Laboratory
    Awarded
    Award: 2019 AIAA Aerospace Power Systems Best Paper Award
    AIAA Citation: “Solar Power for Deep-Space Applications: State of Art and Development” (AIAA 2019-4236)
  • Robert S Kowalczyk
    Awarded
    Award: 2019 AIAA Aerospace Power Systems Best Paper Award
    AIAA Citation: “Solar Power for Deep-Space Applications: State of Art and Development” (AIAA 2019-4236)
  • Patrick McClure
    Los Alamos National Laboratory
    Awarded
    Award: 2019 AIAA Aerospace Power Systems Best Student Paper Competition Award
    AIAA Citation: “Hydrogen Loss Effects on Mircoreactors for Space and Planetary Nuclear Power Production” (AIAA 2019-4452)
  • Mr Vedant Kiritkumar Mehta
    Awarded
    Award: 2019 AIAA Aerospace Power Systems Best Student Paper Competition Award
    AIAA Citation: “Hydrogen Loss Effects on Mircoreactors for Space and Planetary Nuclear Power Production” (AIAA 2019-4452)
  • Dr Dan M Goebel
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: 2019 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: “High Power Demonstration of a 100 kW Nested Hall Thruster System (AIAA-2019-3809)
  • Dr Scott J Hall
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2019 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: “High Power Demonstration of a 100 kW Nested Hall Thruster System (AIAA-2019-3809)
  • Dr Richard R Hofer
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: 2019 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: “High Power Demonstration of a 100 kW Nested Hall Thruster System (AIAA-2019-3809)
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded-CoRecipients
    Award: 2019 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: “High Power Demonstration of a 100 kW Nested Hall Thruster System (AIAA-2019-3809)
  • Sarah W.H. Shark
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2019 AIAA Electric Propulsion Best Paper Award
    AIAA Citation: “High Power Demonstration of a 100 kW Nested Hall Thruster System (AIAA-2019-3809)
  • Dr Robert A Baurle
    NASA-Langley Research Center
    Awarded-CoRecipients
    Award: 2019 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: “Using Computational Flow Imaging to Optimize Filtered Rayleigh Scattering Measurements of an Isolator Shock Train” (AIAA 2019-4016)
  • Dr Paul M Danehy
    NASA Langley Research Center
    Awarded
    Award: 2019 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: “Using Computational Flow Imaging to Optimize Filtered Rayleigh Scattering Measurements of an Isolator Shock Train” (AIAA 2019-4016)
  • Dr Cody Ryan Ground
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2019 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: “Using Computational Flow Imaging to Optimize Filtered Rayleigh Scattering Measurements of an Isolator Shock Train” (AIAA 2019-4016)
  • Robin Hunt
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: 2019 AIAA High Speed Air Breathing Propulsion Best Paper Award
    AIAA Citation: “Using Computational Flow Imaging to Optimize Filtered Rayleigh Scattering Measurements of an Isolator Shock Train” (AIAA 2019-4016)
  • Mr Enrico Paccagnella
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Paper Award
    AIAA Citation: “Real Time Deep Throttling Tests of a Hydrogen Peroxide Hybrid Rocket Motor” (AIAA 2019-4266)
  • Daniele Pavarin
    University of Padova
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Paper Award
    AIAA Citation: “Real Time Deep Throttling Tests of a Hydrogen Peroxide Hybrid Rocket Motor” (AIAA 2019-4266)
  • Eur Ing Francesco Barato
    CISAS-University of Padova
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Paper Award
    AIAA Citation: “Real Time Deep Throttling Tests of a Hydrogen Peroxide Hybrid Rocket Motor” (AIAA 2019-4266)
  • Marco Santi
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Paper Award
    AIAA Citation: “Real Time Deep Throttling Tests of a Hydrogen Peroxide Hybrid Rocket Motor” (AIAA 2019-4266)
  • Dr Brian J Cantwell
    Stanford University
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Student Paper Award
    AIAA Citation: “Experimental Findings on Pre- and Post-combustion Chamber Effects in a Laboratory-scale motor” (AIAA 2019-4336)
  • Flora S Mechentel
    Awarded-CoRecipients
    Award: 2019 AIAA Hybrid Rockets Best Student Paper Award
    AIAA Citation: “Experimental Findings on Pre- and Post-combustion Chamber Effects in a Laboratory-scale motor” (AIAA 2019-4336)
  • Matthew D Langford
    Techsburg Inc
    Awarded-CoRecipients
    Award: 2019 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper Awa
    AIAA Citation: “Development of a Ducted Propulsor for BLI Electric Regional Aircraft – Part I: Aerodynamic Design and Analysis” (AIAA-2019-3853)
  • Mr Cory Combs
    Ampaire Inc.
    Awarded-CoRecipients
    Award: 2019 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper Award
    AIAA Citation: “Development of a Ducted Propulsor for BLI Electric Regional Aircraft – Part I: Aerodynamic Design and Analysis” (AIAA-2019-3853)
  • Dr Jonathan L Fleming
    Techsburg
    Awarded-CoRecipients
    Award: 2019 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper Award
    AIAA Citation: “Development of a Ducted Propulsor for BLI Electric Regional Aircraft – Part I: Aerodynamic Design and Analysis” (AIAA-2019-3853)
  • Dr WingFai Ng
    Techsburg, Inc.
    Awarded-CoRecipients
    Award: 2019 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper Award
    AIAA Citation: “Development of a Ducted Propulsor for BLI Electric Regional Aircraft – Part I: Aerodynamic Design and Analysis” (AIAA-2019-3853)
  • Dr Kenneth A Brown
    Sandia National Laboratories
    Awarded-CoRecipients
    Award: 2019 AIAA Inlets, Nozzles, and Propulsion System Integration Best Paper Award from
    AIAA Citation: “Development of a Ducted Propulsor for BLI Electric Regional Aircraft – Part I: Aerodynamic Design and Analysis” (AIAA-2019-3853)
  • Paul R Gradl
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2019 AIAA Liquid Propulsion Best Paper
    AIAA Citation: “Additive Manufacturing and Hot-fire Testing of Liquid Rocket Channel Wall Nozzles Using Blown Powder Directed Energy Deposition Inconel 625 and JBK-75 Alloys” (AIAA-2019-4362)
  • Dr Christopher S Protz
    NASA
    Awarded-CoRecipients
    Award: 2019 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: “Additive Manufacturing and Hot-fire Testing of Liquid Rocket Channel Wall Nozzles Using Blown Powder Directed Energy Deposition Inconel 625 and JBK-75 Alloys” (AIAA-2019-4362)
  • Tal Wammen
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2019 AIAA Liquid Propulsion Best Paper Award
    AIAA Citation: “Additive Manufacturing and Hot-fire Testing of Liquid Rocket Channel Wall Nozzles Using Blown Powder Directed Energy Deposition Inconel 625 and JBK-75 Alloys” (AIAA-2019-4362)
  • Prof Claude Russell Joyner II
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2019 AIAA Nuclear and Future Flight Best Paper Award
    AIAA Citation: “Applications of Nuclear Thermal Propulsion to Lunar Architectures” (AIAA 2019-4032)
  • Dr Timothy S Kokan
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2019 AIAA Nuclear and Future Flight Best Paper Award
    AIAA Citation: “Applications of Nuclear Thermal Propulsion to Lunar Architectures” (AIAA 2019-4032)
  • Daniel J Levack
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2019 AIAA Nuclear and Future Flight Best Paper Award
    AIAA Citation: “Applications of Nuclear Thermal Propulsion to Lunar Architectures” (AIAA 2019-4032)
  • Mr Christopher Britton Reynolds
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: 2019 AIAA Nuclear and Future Flight Best Paper Award
    AIAA Citation: “Applications of Nuclear Thermal Propulsion to Lunar Architectures” (AIAA 2019-4032)
  • Arin E. L. Cross
    Awarded-CoRecipients
    Award: 2019 AIAA Propellants and Combustion Best Paper Award
    AIAA Citation: “Influence of Cross-Frequency Interactions on Nonstationary Thermoacoustic Oscillations in a Rich-Burn Gas Turbine Combustor at Elevated Pressure” (AIAA-2019-3949)
  • Mitchell L Passarelli
    Georgia Institute of Technology
    Awarded-CoRecipients
    Award: 2019 AIAA Propellants and Combustion Best Paper Award
    AIAA Citation: “Influence of Cross-Frequency Interactions on Nonstationary Thermoacoustic Oscillations in a Rich-Burn Gas Turbine Combustor at Elevated Pressure” (AIAA-2019-3949)
  • Prof Adam M Steinberg
    Georgia Institute of Technology
    Awarded-CoRecipients
    Award: 2019 AIAA Propellants and Combustion Best Paper Award
    AIAA Citation: “Influence of Cross-Frequency Interactions on Nonstationary Thermoacoustic Oscillations in a Rich-Burn Gas Turbine Combustor at Elevated Pressure” (AIAA-2019-3949)
  • Dr Krishna Venkatesan
    GE Global Research Center
    Awarded
    Award: 2019 AIAA Propellants and Combustion Best Paper Award
    AIAA Citation: “Influence of Cross-Frequency Interactions on Nonstationary Thermoacoustic Oscillations in a Rich-Burn Gas Turbine Combustor at Elevated Pressure” (AIAA-2019-3949)
  • Mr Austin P Murray
    Awarded-CoRecipients
    Award: 2019 AIAA Propulsion Education Best Student Paper Award
    AIAA Citation: “Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE)” (AIAA 2019-3808)
  • Dr Jeffrey D Moore
    Penn State Altoona
    Awarded-CoRecipients
    Award: 2019 AIAA Propulsion Education Best Student Paper Award
    AIAA Citation: “Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE)” (AIAA 2019-3808)
  • Eric Pittman
    Awarded-CoRecipients
    Award: 2019 AIAA Propulsion Education Best Student Paper Award
    AIAA Citation: “Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE)” (AIAA 2019-3808)
  • Mr Tyler L Smith I
    Awarded-CoRecipients
    Award: 2019 AIAA Propulsion Education Best Student Paper Award
    AIAA Citation: “Development and Experimentation of a Lab-Scale Pulse Detonation Engine (PDE)” (AIAA 2019-3808)
  • Kennethe G Cooper
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • Paul R Gradl
    NASA Marshall Space Flight Center
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • Dr Christopher S Protz
    NASA
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • ENS David L Ellis
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • Laura Evans
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • Chance P Garcia
    Awarded-CoRecipients
    Award: 2019 ASME Aerospace Division Propulsion Technical Committee Best Paper Award
    AIAA Citation: “GRCop-42 Development and Hot-fire Testing Using Additive Manufacturing Powder Bed Fusion for Channel-Cooled Combustion Chambers” (AIAA 2019-4228)
  • Dr Ali A Ameri
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2020 AIAA Gas Turbine Engines Best Paper Award
    AIAA Citation: “Conjugate Heat Transfer Study of Innovative Pin-Fin Cooling Configuration ” (AIAA-2020-0634)
  • Dr Jeffrey P Bons
    Ohio State University
    Awarded-CoRecipients
    Award: 2020 AIAA Gas Turbine Engines Best Paper Award
    AIAA Citation: “Conjugate Heat Transfer Study of Innovative Pin-Fin Cooling Configuration ” (AIAA-2020-0634)
  • Fabian Chacon
    Awarded-CoRecipients
    Award: Study of Parasitic Combustion in an Optically Accessible Continuous Wave Rotating Detonation Engine (AIAA 2019-0473)
    AIAA Citation: 2019 AIAA High Speed Air Breathing Propulsion Best Paper
  • Alessandro Ruffin
    Awarded-CoRecipients
    Award: the 2019 AIAA Hybrid Rockets Best Paper Award
    AIAA Citation: “Real Time Deep Throttling Tests of a Hydrogen Peroxide Hybrid Rocket Motor” (AIAA 2019-4266)
  • Dr Timothy M Wabel
    Awarded-CoRecipients
    Award: the 2019 AIAA Propellants and Combustion Best Paper Award
    AIAA Citation: “Influence of Cross-Frequency Interactions on Nonstationary Thermoacoustic Oscillations in a Rich-Burn Gas Turbine Combustor at Elevated Pressure” (AIAA-2019-3949)

2019

  • Dr Vlad J Hruby
    Busek Co, Inc.
    Awarded-CoRecipients
    Award: 2018 Electric Propulsion Best Paper
    AIAA Citation: “In-Flight Verification and Validation of Colloid Microthruster Performance” (AIAA 2018-4643)
  • Dr Noel T Clemens
    The University of Texas at Austin
    Awarded-CoRecipients
    Award: 2019 HSABP Best Paper
    AIAA Citation: “Supersonic Isolator Shock-Train Dynamics: Simple Physics-Based Model for Closed Loop Control of Shock Train Location” (AIAA 2018-1618
  • Dr Leon Vanstone
    University of Texas at Austin
    Awarded-CoRecipients
    Award: 2019 HSABP Best Paper
    AIAA Citation: “Supersonic Isolator Shock-Train Dynamics: Simple Physics-Based Model for Closed Loop Control of Shock Train Location” (AIAA 2018-1618

2018

  • Jeffreys W. Chapman
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "Active Turbine Tip Clearance Control Trade Space Analysis of an Advanced Geared Turbofan Engine"
    AIAA Citation: AIAA 2018-4822
  • Jonathan L. Kratz
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "Active Turbine Tip Clearance Control Trade Space Analysis of an Advanced Geared Turbofan Engine"
    AIAA Citation: AIAA 2018-4822
  • Stany Gallier
    ArianeGroup, Vert-le-Petit, France
    Awarded-CoRecipients
    Award: "An analytical model for acoustic induced heat release disturbances from aluminum combustion in solid rocket motors"
    AIAA Citation: AIAA 2018-4788
  • Aurélien Genot
    CNES DLA, Paris, France
    Awarded-CoRecipients
    Award: "An analytical model for acoustic induced heat release disturbances from aluminum combustion in solid rocket motors"
    AIAA Citation: AIAA 2018-4788
  • Thierry Schuller
    Laboratoire EM2C, Toulouse, France
    Awarded-CoRecipients
    Award: "An analytical model for acoustic induced heat release disturbances from aluminum combustion in solid rocket motors"
    AIAA Citation: AIAA 2018-4788
  • Marc A. Carbone
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA-4634
  • Jeffrey T. Csank
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA-4634
  • Jeffrey C. Follo
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA--4634
  • Yuhin Hau
    NASA Glenn Reseach Center, Cleveland Ohio
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA-4634
  • Matthew J. Muscatello
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA-4634
  • James F. Soeder
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "An Intelligent Autonomous Power Controller for the NASA Human Deep Space Gateway"
    AIAA Citation: AIAA-4634
  • John W. Bennewitz
    ERC, Inc.
    Awarded-CoRecipients
    Award: "Characterization of Detonation Wave Propagation in a Rotating Detonation Rocket Engine using Direct High-Speed Imaging"
    AIAA Citation: AIAA - 4688
  • Blaine R. Bigler
    ERC, Inc.
    Awarded-CoRecipients
    Award: "Characterization of Detonation Wave Propagation in a Rotating Detonation Rocket Engine using Direct High-Speed Imaging"
    AIAA Citation: AIAA - 4688
  • Stephen A. Danczyk
    Air Force Research Laboratory, Wright-Patterson Air Force Base, OH
    Awarded-CoRecipients
    Award: "Characterization of Detonation Wave Propagation in a Rotating Detonation Rocket Engine using Direct High-Speed Imaging"
    AIAA Citation: AIAA - 4688
  • William Hargus
    Air Force Research Laboratory, Wright-Patterson Air Force Base, OH
    Awarded-CoRecipients
    Award: "Characterization of Detonation Wave Propagation in a Rotating Detonation Rocket Engine using Direct High-Speed Imaging"
    AIAA Citation: AIAA - 4688
  • Richard D. Smith
    GHKN Engineering LLC, Redmond, Washington
    Awarded-CoRecipients
    Award: "Characterization of Detonation Wave Propagation in a Rotating Detonation Rocket Engine using Direct High-Speed Imaging"
    AIAA Citation: AIAA - 4688
  • Benjamin L. Emerson
    School of Space Engineering, Georgia Institute of Technology, Atlanta, Georgia
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Joseph Felver
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Christopher Fugger
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • James R. Gord
    Air Force Research Laboratory, Wright-Patterson Air Force Base, OH
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Benjamin R. Halls
    Air Force Research Laboratory, Wright-Patterson Air Force Base, OH
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Naibo Jiang
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Tim C. Lieuwen
    School of Space Engineering, Georgia Institute of Technology, Atlanta, Georgia
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Jamie Lim
    School of Space Engineering, Georgia Institute of Technology, Atlanta, Georgia
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Sukesh Roy
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Matthew Sirignano
    School of Space Engineering, Georgia Institute of Technology, Atlanta, Georgia
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Mikhail Slipchenko
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Travis Smith
    School of Space Engineering, Georgia Institute of Technology, Atlanta, Georgia
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Tongxun Yi
    Spectral Energies, LLC, Beavercreek, Ohio
    Awarded-CoRecipients
    Award: "Complete Determination of the Velocity Gradient Tensor upstream of the Flame Front with High-Speed Tomo-PIV/Dual-Plane-PIV/OH-PLIF Measurements"
    AIAA Citation: AIAA - 0153
  • Yu Daimon
    Japan Aerospace Exploration Agency, Ibaraki, Japan
    Awarded-CoRecipients
    Award: "Computational Analysis of Supercritical and Transcritical Flow in Cooling Channels with Rough Surface"
    AIAA Citation: AIAA 2018-4465
  • Hideto Kawashima
    Japan Aerospace Exploration Agency, Ibaraki, Japan
    Awarded-CoRecipients
    Award: "Computational Analysis of Supercritical and Transcritical Flow in Cooling Channels with Rough Surface"
    AIAA Citation: AiAA 2018-4465
  • Hideyo Negishi
    Japan Aerospace Exploration Agency, Ibaraki, Japan
    Awarded-CoRecipients
    Award: "Computational Analysis of Supercritical and Transcritical Flow in Cooling Channels with Rough Surface"
    AIAA Citation: AIAA 2018-4465
  • David L. Black
    Retired, Formerly Westinghouse Electric Corporation, Washington, D.C.
    Awarded
    Award: "Consideration of Low Enriched Uranium Space Reactors"
    AIAA Citation: AIAA 2018-4673
  • Bhupendra Khandelwal
    University of Sheffield, Sheffield, South Yorkshire, United Kingdom
    Awarded-CoRecipients
    Award: "Impact of alternative fuel on gas turbine noise, vibration and instability"
    AIAA Citation: AIAA 2019-0240
  • Charith J. Wijesinghe
    University of Sheffield, Sheffield, South Yorkshire, United Kingdom
    Awarded-CoRecipients
    Award: "Impact of alternative fuel on gas turbine noise, vibration and instability"
    AIAA Citation: AIAA 2019-0240
  • Shota Hirai
    Hokkaido University, Sapporo, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosiion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Landon T. Kamps
    Hokkaido University, Sapporo, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosiion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Naoto Adachi
    Uematsu Electric Co., Akabira, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Raymond Guan
    The University of Alberta, Edmonton, Canada
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Hikaru Isochi
    Uematsu Electric Co., Akabira, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Mitsunori Itoh
    IHI Corporation, Yokohama, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Harunori Nagata
    Hokkaido University, Sapporo, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Yuji Saito
    Tokoku University, Sendai, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Kazuhito Sakurai
    Hokkaido University, Sapporo, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Tor Viscor
    Hokkaido University, Sapporo, Japan
    Awarded-CoRecipients
    Award: "Investigation of Graphite Nozzle Erosion in Hybrid Rockets Using O2/C2H4"
    AIAA Citation: AIAA 2018-4531
  • Toni A. Clark
    Leidos, Inc., Reston, VA
    Awarded-CoRecipients
    Award: "Recommendations for Next Generation Crew Quarters"
    AIAA Citation: ICES 2018-106
  • Brandon W. Maryatt
    NASA Johnson Space Center, Houston, Texas
    Awarded-CoRecipients
    Award: "Recommendations for Next Generation Crew Quarters"
    AIAA Citation: ICES 2018-106
  • Michael J. Van Wie
    KBRwyle, Lexington Park, Maryland
    Awarded-CoRecipients
    Award: "Recommendations for Next Generation Crew Quarters"
    AIAA Citation: ICES 2018-106
  • Ronald G. Veraar
    TNO Defence Security and Safety, Rijswijk, The Netherlands
    Awarded-CoRecipients
    Award: "Sustained Combustion Limits of a Central Dump Solid Fuel Ramjet Combustor at High Altitude Operational Conditions"
    AIAA Citation: AIAA 2018-4449
  • Wolter Wieling
    TNO Defence Security and Safety, Rijswijk, The Netherlands
    Awarded-CoRecipients
    Award: "Sustained Combustion Limits of a Central Dump Solid Fuel Ramjet Combustor at High Altitude Operational Conditions"
    AIAA Citation: AIAA 2018-4449
  • Maxwell H. Briggs
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • Marc A. Gibson
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • Thomas Godfroy
    Vantage Partners, LLC, Brookpark, Ohio
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • Patrick McClure
    Los Alamos National Laboratory, Los Alamos, New Mexico
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • David I. Poston
    Los Alamos National Laboratory, Los Alamos, New Mexico
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • James I. Sanzi
    NASA Glenn Research Center, Cleveland, Ohio
    Awarded-CoRecipients
    Award: "The Kilopower Reactor Using Stirling TechnologY (KRUSTY) Nuclear Ground Test Results and Lessons Learned"
    AIAA Citation: AIAA 2018-4973
  • Phil Barela
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Curt Cutler
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Nathaniel Demmons
    Busek Company, Inc., Natick, Massachusetts
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Charles Dunn
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Vlad Hruby
    Busek Company, Inc., Natick, Massachusetts
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Oscar Hsu
    NASA Goddard Space Flight Center, Greenbelt, Maryland
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Shahram Javinda
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Thanh Le
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Irena Li
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Peiman Maghami
    NASA Goddard Space Flight Center, Greenbelt, Maryland
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Colleen Marrese-Reading
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • James O’Donnell
    NASA Goddard Space Flight Center, Greenbelt, Maryland
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Andrew Romero-Wolf
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Jacob Slutsky
    NASA Goddard Space Flight Center, Greenbelt, Maryland
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • James Ira Thorpe
    NASA Goddard Space Flight Center, Greenbelt, Maryland
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • John Ziemer
    NASA Jet Propulsion Laboratory, California Institute of Technology, Pasadena, California
    Awarded-CoRecipients
    Award: “In-Flight Verification and Validation of Colloid Microthruster Performance”
    AIAA Citation: AIAA 2018-4643
  • Mr David Woerner
    Jet Propulsion Laboratory
    Awarded
    Award: 2017 Aerospace Power Systems Best Paper
    AIAA Citation: Next-Generation RTGs for NASA (AIAA 2017-4612)
  • Prof Edgar Choueiri
    Princeton University
    Awarded-CoRecipients
    Award: 2017 Electric Propulsion Best Paper
    AIAA Citation: choueiri@Princeton.EDU
  • William Coogan
    Firefly Aerospace
    Awarded-CoRecipients
    Award: 2017 Electric Propulsion Best Paper
    AIAA Citation: “A Critical Review of Thrust Models for Applied-Field Magnetoplasmadynamic Thrusters” (AIAA 2017-4723),
  • Dr John C Melcher IV
    NASA-Johnson Space Center
    Awarded-CoRecipients
    Award: 2017 Liquid Propulsion Best Paper
    AIAA Citation: "Coil-On-Plug Ignition for Oxygen/Methane Liquid Rocket Engines in Thermal-Vacuum Environments" (AIAA 2017-4666)
  • Dr Trevor S Elliott
    University of Tennessee at Chattanooga
    Awarded-CoRecipients
    Award: 2017 Solid Rockets Best Paper
    AIAA Citation: “Biglobal Stability of the Swirling Majdalani-Fist Mean Flowfield in Solid Rocket Motors” (AIAA 2017-4949)
  • Mr Wesley A Gibson
    Awarded-CoRecipients
    Award: 2017 Solid Rockets Best Paper
    AIAA Citation: wes.gibson02@gmail.com
  • Mr Dillon P Sluss
    Awarded-CoRecipients
    Award: 2017 Solid Rockets Best Paper
    AIAA Citation: “Biglobal Stability of the Swirling Majdalani-Fist Mean Flowfield in Solid Rocket Motors” (AIAA 2017-4949)
  • Dr Carmine Carmicino
    Università di Napoli Federico II
    Awarded-CoRecipients
    Award: 2018 Hybrid Rockets Best Paper
    AIAA Citation: An Analytical Model to Predict Longitudinal Acoustic Modes Frequency of Hybrid Rockets Combustion Chamber (AIAA 2017-4645)
  • Prof Dario Pastrone
    Politecnico di Torino
    Awarded-CoRecipients
    Award: 2018 Hybrid Rockets Best Paper
    AIAA Citation: An Analytical Model to Predict Longitudinal Acoustic Modes Frequency of Hybrid Rockets Combustion Chamber (AIAA 2017-4645)
  • Mr. David J Arend
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)
  • John A Gazzaniga
    Zin Technologies, Inc.
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)
  • Dr Larry W Hardin
    United Technologies Research Center
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)
  • Dr Tristan A Hearn
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)
  • Stefanie M Hirt
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)
  • John D Wolter
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: 2018 Inlets, Nozzles, and Propulsion Systems Integration Best Paper
    AIAA Citation: “Performance Calculations for a Boundary-Layer-Ingesting Fan Stage from Sparse Measurements” (AIAA 2018-1889)

2017

  • Dr Enrico Cavallini
    Agenzia Spaziale Italiana
    Awarded-CoRecipients
    Award: "Motor Scale and Propellant Geometry Effects on Pressure Oscillations in Aft-Finocyl Solid Rocket Motors"
    AIAA Citation: AIAA 2016-4793
  • Dr Agostino Neri
    European Space Agency (ESA)
    Awarded-CoRecipients
    Award: "Motor Scale and Propellant Geometry Effects on Pressure Oscillations in Aft-Finocyl Solid Rocket Motors"
    AIAA Citation: AIAA 2016-4793
  • Joseph Carney
    Awarded-CoRecipients
    Award: “Thermal-Mechanical Characterization of Bridgewires and Surrounding Materials Utilizing Thermal Transient Testing”
    AIAA Citation: AIAA 2016-4932
  • Mr. John D Glass
    Analex Corporation Headquarters
    Awarded-CoRecipients
    Award: “Thermal-Mechanical Characterization of Bridgewires and Surrounding Materials Utilizing Thermal Transient Testing”
    AIAA Citation: AIAA 2016-4932
  • Mr Charles J Moore Jr
    NASA Kennedy Space Center
    Awarded-CoRecipients
    Award: “Thermal-Mechanical Characterization of Bridgewires and Surrounding Materials Utilizing Thermal Transient Testing”
    AIAA Citation: AIAA 2016-4932
  • Dr Luke B Roberson
    NASA-Kenndey Space Center
    Awarded-CoRecipients
    Award: “Thermal-Mechanical Characterization of Bridgewires and Surrounding Materials Utilizing Thermal Transient Testing”
    AIAA Citation: AIAA 2016-4932
  • Mr Sebastian Okhovat
    Awarded-CoRecipients
    Award: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
    AIAA Citation: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
  • Dr Timothy Ombrello
    Air Force Research Laboratory
    Awarded-CoRecipients
    Award: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
    AIAA Citation: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
  • Dr Leslie A Smith
    Sierra Nevada Corporation
    Awarded-CoRecipients
    Award: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
    AIAA Citation: AIAA 2017-1538, “ The Effect of Pulsed Injection on the Entrainment into a Cavity Based Flameholder in Supersonic Flow,”
  • Mr Michael Eades
    Michael Eades
    Awarded-CoRecipients
    Award: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
    AIAA Citation: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
  • Prof Claude Russell Joyner II
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
    AIAA Citation: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
  • Mr Vishal Patel
    Center for Space Nuclear Research
    Awarded-CoRecipients
    Award: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
    AIAA Citation: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
  • Dr Paolo Venneri
    USNC
    Awarded-CoRecipients
    Award: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
    AIAA Citation: Comparing Low Enriched Fuel to Highly Enriched Fuel for use in Nuclear Thermal Propulsion Systems
  • Mrs Samantha J. Alberts
    Awarded-CoRecipients
    Award: Experiment Design for Measuring Accommodation Coefficients for Modeling of Long-Duration Spaceflight Cryogenic Propellants
    AIAA Citation: AIAA 2015-4246
  • Prof Steven H Collicott
    Purdue University
    Awarded-CoRecipients
    Award: Experiment Design for Measuring Accommodation Coefficients for Modeling of Long-Duration Spaceflight Cryogenic Propellants
    AIAA Citation: AIAA 2015-4246
  • Dr Stephen D Heister
    Purdue University
    Awarded-CoRecipients
    Award: Experiment Design for Measuring Accommodation Coefficients for Modeling of Long-Duration Spaceflight Cryogenic Propellants
    AIAA Citation: AIAA 2015-4246
  • Mr Praveen Srikanth
    Awarded-CoRecipients
    Award: Experiment Design for Measuring Accommodation Coefficients for Modeling of Long-Duration Spaceflight Cryogenic Propellants
    AIAA Citation: AIAA 2015-4246
  • James F Driscoll
    University of Michigan
    Awarded-CoRecipients
    Award: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
    AIAA Citation: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
  • Mr Aaron W Skiba
    Awarded-CoRecipients
    Award: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
    AIAA Citation: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
  • Jacob Temme
    U. S. Army Research Laboratory (APG)
    Awarded-CoRecipients
    Award: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
    AIAA Citation: Experimental Assessment of Premixed Flames Subjected to Extreme Turbulence
  • Prof Adam P Bruckner
    Awarded-CoRecipients
    Award: Experimental Investigation of a Baffled-Tube Ram Accelerator
    AIAA Citation: Experimental Investigation of a Baffled-Tube Ram Accelerator
  • Jeffrey F Glusman
    Awarded-CoRecipients
    Award: Experimental Investigation of a Baffled-Tube Ram Accelerator
    AIAA Citation: Experimental Investigation of a Baffled-Tube Ram Accelerator
  • Richard D Grist
    Awarded-CoRecipients
    Award: Experimental Investigation of a Baffled-Tube Ram Accelerator
    AIAA Citation: Experimental Investigation of a Baffled-Tube Ram Accelerator
  • Prof Andrew J Higgins
    McGill University
    Awarded
    Award: Experimental Investigation of a Baffled-Tube Ram Accelerator
    AIAA Citation: Experimental Investigation of a Baffled-Tube Ram Accelerator
  • Prof Carl Knowlen
    University of Washington
    Awarded
    Award: Experimental Investigation of a Baffled-Tube Ram Accelerator
    AIAA Citation: Experimental Investigation of a Baffled-Tube Ram Accelerator
  • Dr Steven B Stanley
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: Experimental Investigation of Continuous Detonation Rocket Engines for In-Space Propulsion”
    AIAA Citation: Experimental Investigation of Continuous Detonation Rocket Engines for In-Space Propulsion”
  • Mr Manabu Tanaka
    Awarded-CoRecipients
    Award: Fundamental Studies of Radio-Frequency Preionization for Frozen Inert Gas Plasma Magnetohydrodynamic Electric Power Generation
    AIAA Citation: Fundamental Studies of Radio-Frequency Preionization for Frozen Inert Gas Plasma Magnetohydrodynamic Electric Power Generation
  • Mr James L Felder
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
    AIAA Citation: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
  • Dr Chana Goldberg
    Cranfield University
    Awarded-CoRecipients
    Award: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
    AIAA Citation: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
  • Dr David G MacManus
    Cranfield University
    Awarded-CoRecipients
    Award: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
    AIAA Citation: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
  • Dr Devaiah K Nalianda
    Awarded-CoRecipients
    Award: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
    AIAA Citation: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
  • Pericles Pilidis
    Cranfield University
    Awarded-CoRecipients
    Award: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
    AIAA Citation: Installed Performance Assessment of a Boundary Layer Ingesting Distributed Propulsion System at Design Point
  • Mr Jasper Grohmann
    German Aerospace Center (DLR)
    Awarded-CoRecipients
    Award: Investigation of differences in lean blowout of liquid single-component fuels in a gas turbine model combustor
    AIAA Citation: Investigation of differences in lean blowout of liquid single-component fuels in a gas turbine model combustor
  • Mr Bastian Rauch
    Awarded-CoRecipients
    Award: Investigation of differences in lean blowout of liquid single-component fuels in a gas turbine model combustor
    AIAA Citation: Investigation of differences in lean blowout of liquid single-component fuels in a gas turbine model combustor
  • Dr Ahsan R Choudhuri
    University of Texas at El Paso
    Awarded-CoRecipients
    Award: K-12 Minority STEM Education Program: MAA Southwest
    AIAA Citation: K-12 Minority STEM Education Program: MAA Southwest
  • Mr Michael L Everett
    University of Texas at El Paso
    Awarded-CoRecipients
    Award: K-12 Minority STEM Education Program: MAA Southwest
    AIAA Citation: K-12 Minority STEM Education Program: MAA Southwest
  • Dr Norman D Love Jr
    The University of Texas El Paso
    Awarded
    Award: K-12 Minority STEM Education Program: MAA Southwest
    AIAA Citation: K-12 Minority STEM Education Program: MAA Southwest
  • Mr Maxime Bouyges
    ONERA
    Awarded-CoRecipients
    Award: Local Linear Stability Analysis of Non-Circular Injection-Driven Channel Flows
    AIAA Citation: AIAA 2016-4701
  • Prof Gregoire Casalis
    ONERA
    Awarded-CoRecipients
    Award: Local Linear Stability Analysis of Non-Circular Injection-Driven Channel Flows
    AIAA Citation: AIAA 2016-4701
  • Mr. Francois Chedevergne
    ENSAE Supaero
    Awarded-CoRecipients
    Award: Local Linear Stability Analysis of Non-Circular Injection-Driven Channel Flows
    AIAA Citation: AIAA 2016-4701
  • John R Anderson
    Jet Propulsion Laboratory
    Awarded
    Award: Mechanics for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanics for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Dr Dan M Goebel
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Christopher A Dodson
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Dr Richard R Hofer
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Dr Alejandro Lopez Ortega
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Dr Ioannis G Mikellides
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Dr Michael J Sekerak
    Awarded-CoRecipients
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Prof Benjamin Jorns
    University of Michigan, Ann Arbor
    Awarded
    Award: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
    AIAA Citation: Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster Mechanisms for Pole Piece Erosion in a 6-kW Magnetically-Shielded Hall Thruster
  • Mr Giang Q Lam
    Lockheed Martin Corporation
    Awarded-CoRecipients
    Award: Solar Array Design for the Mars InSight Lander Mission
    AIAA Citation: Solar Array Design for the Mars InSight Lander Mission
  • Scott A. Billets
    Awarded-CoRecipients
    Award: Solar Array Design for the Mars InSight Lander Mission,”
    AIAA Citation: Solar Array Design for the Mars InSight Lander Mission,”
  • Richard W Warwick
    Lockheed Martin Space Systems
    Awarded-CoRecipients
    Award: Solar Array Design for the Mars InSight Lander Mission,”
    AIAA Citation: Solar Array Design for the Mars InSight Lander Mission,”
  • Stefania Carlotti
    Awarded-CoRecipients
    Award: Vortex Combustion in a Lab-Scale Hybrid Rocket Motor
    AIAA Citation: AIAA 2016-4562
  • Dr Luciano Galfetti
    Politecnico di Milano
    Awarded-CoRecipients
    Award: Vortex Combustion in a Lab-Scale Hybrid Rocket Motor
    AIAA Citation: AIAA 2016-4562
  • Mr Jakub Glowacki
    Awarded-CoRecipients
    Award: Vortex Combustion in a Lab-Scale Hybrid Rocket Motor
    AIAA Citation: AIAA 2016-4562
  • Dr Filippo Maggi
    Politecnico Di Milano
    Awarded-CoRecipients
    Award: Vortex Combustion in a Lab-Scale Hybrid Rocket Motor
    AIAA Citation: AIAA 2016-4562
  • Dr Christian Paravan
    Politecnico di Milano
    Awarded-CoRecipients
    Award: Vortex Combustion in a Lab-Scale Hybrid Rocket Motor
    AIAA Citation: AIAA 2016-4562

2016

  • Dr Olga V Kartuzova
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: "CFD Modeling of the Multipurpose Hydrogen Test Bed (MHTB) Self-Pressurization and Spray Bar Mixing Experiments in Normal Gravity: Effect of the Accommodation Coefficient on the Tank Pressure"
    AIAA Citation: AIAA 2015-3769
  • Dr Mohammad Kassemi
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: "CFD Modeling of the Multipurpose Hydrogen Test Bed (MHTB) Self-Pressurization and Spray Bar Mixing Experiments in Normal Gravity: Effect of the Accommodation Coefficient on the Tank Pressure"
    AIAA Citation: AIAA 2015-3769
  • Dr Minel Braun
    The University of Akron
    Awarded-CoRecipients
    Award: "Leak Rate Quantification Method for Gas Pressure Seals with Controlled Pressure Differential”
    AIAA Citation: AIAA 2015-4231
  • Dr Christopher C Daniels
    Awarded-CoRecipients
    Award: "Leak Rate Quantification Method for Gas Pressure Seals with Controlled Pressure Differential”
    AIAA Citation: AIAA 2015-4231
  • Dr Heather Ann Oravec
    The University of Akron
    Awarded-CoRecipients
    Award: "Leak Rate Quantification Method for Gas Pressure Seals with Controlled Pressure Differential”
    AIAA Citation: AIAA 2015-4231
  • Shawn C Taylor
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: "Leak Rate Quantification Method for Gas Pressure Seals with Controlled Pressure Differential”
    AIAA Citation: AIAA 2015-4231
  • Janice Wasowski
    Awarded-CoRecipients
    Award: "Leak Rate Quantification Method for Gas Pressure Seals with Controlled Pressure Differential”
    AIAA Citation: AIAA 2015-4231
  • Michael Beyar
    Boeing Research & Technology
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Jeff D Flamm
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Kevin D James
    NASA-Ames Research Center
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Dr Kurtis R Long
    Arc-Aox, Experimental Aerophyscis Branch
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Dr Patrick R Shea
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Daniel M Tompkins
    Boeing Research and Technology
    Awarded-CoRecipients
    Award: "Turbine Powered Simulator Calibration and Testing for Hybrid Wing Body Powered Airframe Integration”
    AIAA Citation: AIAA 2016-0011
  • Dr Keith A Gonthier
    Louisiana State University
    Awarded-CoRecipients
    Award: “Analysis of Dissipation Induced by Successive Planar Shock Loading of Granular Explosive”
    AIAA Citation: AIAA 2015-3708
  • Pratap Thamanna Rao
    Louisiana State University
    Awarded-CoRecipients
    Award: “Analysis of Dissipation Induced by Successive Planar Shock Loading of Granular Explosive”
    AIAA Citation: AIAA 2015-3708
  • Dr Campbell D Carter
    U.S. Air Force Research Laboratory
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Dr Hyungrok Do
    University of Notre Dame
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Dr Ez A Hassan
    Air Force Research Laboratory
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Philip Ivancic
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Edward A Luke
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Dr Timothy Ombrello
    Air Force Research Laboratory
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Dr David M Peterson
    Awarded-CoRecipients
    Award: “Establishing the Controlling Parameters of Ignition in High-Speed Flow”
    AIAA Citation: AIAA 2016-0658
  • Dr Kohei Ozawa
    Kyushu Institute of Technology
    Awarded-CoRecipients
    Award: “Flight Performance Simulations of Vertical Launched Sounding Rockets Using Altering-Intensity Swirling-Oxidizer-Flow-Type Hybrid Motors”
    AIAA Citation: AIAA 2015-3832
  • Prof Toru Shimada
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Flight Performance Simulations of Vertical Launched Sounding Rockets Using Altering-Intensity Swirling-Oxidizer-Flow-Type Hybrid Motors”
    AIAA Citation: AIAA 2015-3832
  • Dr Richard D Branam
    The University of Alabama
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Dr Casey C Farnell
    Colorado State University
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Mr. Cody C Farnell
    Colorado State University
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Dr David Liu
    Air Force Institute of Technology
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Mr. Rafael A Martinez
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Carl R Mullins
    Busek Co. Inc.
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Dr John D Williams
    Colorado State University
    Awarded-CoRecipients
    Award: “Non-Invasive Hall Current Distribution Measurement in a Hall Effect Thruster”
    AIAA Citation: AIAA 2015-4005
  • Dr Brian J Cantwell
    Stanford University
    Awarded-CoRecipients
    Award: “Visualization Study of Self-Pressurizing Propellant Tank Dynamics”
    AIAA Citation: AIAA 2015-3829
  • Mr Greg Zilliac
    NASA-Ames
    Awarded-CoRecipients
    Award: “Visualization Study of Self-Pressurizing Propellant Tank Dynamics”
    AIAA Citation: AIAA 2015-3829
  • Mr Jonah E Zimmerman
    Awarded-CoRecipients
    Award: “Visualization Study of Self-Pressurizing Propellant Tank Dynamics”
    AIAA Citation: AIAA 2015-3829
  • Mr Sascha Kaiser
    Bauhaus Luftfahrt e. V.
    Awarded-CoRecipients
    Award: A Composite Cycle Engine Concept with Hecto-Pressure Ratio
    AIAA Citation: AIAA 2015-4028
  • Dr Arne Seitz
    DLR-Braunschweig
    Awarded-CoRecipients
    Award: A Composite Cycle Engine Concept with Hecto-Pressure Ratio
    AIAA Citation: AIAA 2015-4028
  • Dr Stanley K Borowski
    Awarded-CoRecipients
    Award: Affordable Development and Demonstration of a Small NTR Engine and Stage: A Preliminary NASA, DOE and Industry Assessment
    AIAA Citation: AIAA 2015-3774
  • Prof Claude Russell Joyner II
    Aerojet Rocketdyne
    Awarded-CoRecipients
    Award: Affordable Development and Demonstration of a Small NTR Engine and Stage: A Preliminary NASA, DOE and Industry Assessment
    AIAA Citation: AIAA 2015-3774
  • Mr David R McCurdy
    Vantage Partners, Limited
    Awarded-CoRecipients
    Award: Affordable Development and Demonstration of a Small NTR Engine and Stage: A Preliminary NASA, DOE and Industry Assessment
    AIAA Citation: AIAA 2015-3774
  • Dr Arthur Louis Qualls
    Oak Ridge National Laboratory
    Awarded-CoRecipients
    Award: Affordable Development and Demonstration of a Small NTR Engine and Stage: A Preliminary NASA, DOE and Industry Assessment
    AIAA Citation: AIAA 2015-3774
  • Mr. James E Werner
    Idaho National Laboratory
    Awarded-CoRecipients
    Award: Affordable Development and Demonstration of a Small NTR Engine and Stage: A Preliminary NASA, DOE and Industry Assessment
    AIAA Citation: AIAA 2015=3774
  • Ms Luisa A Cabrera Maynez
    Awarded-CoRecipients
    Award: Component and System Modeling of a Direct Power Extraction System
    AIAA Citation: AIAA 2016-0990
  • Dr Ahsan R Choudhuri
    University of Texas at El Paso
    Awarded-CoRecipients
    Award: Component and System Modeling of a Direct Power Extraction System
    AIAA Citation: AIAA 2016-0990
  • Mr Manuel J Hernandez
    Awarded-CoRecipients
    Award: Component and System Modeling of a Direct Power Extraction System
    AIAA Citation: AIAA 2016-0990
  • Dr Norman D Love Jr
    The University of Texas El Paso
    Awarded-CoRecipients
    Award: Component and System Modeling of a Direct Power Extraction System
    AIAA Citation: AIAA 2016-0990
  • Andrew S Fist
    Awarded-CoRecipients
    Award: Improved Mean Flow Solution for Solid Rocket Motors with a Naturally Developing Swirling Motion
    AIAA Citation: AIAA 2014-4016
  • Prof Joseph Majdalani PE
    Auburn University
    Awarded-CoRecipients
    Award: Improved Mean Flow Solution for Solid Rocket Motors with a Naturally Developing Swirling Motion
    AIAA Citation: AIAA 2014-4016
  • Mr Terrence L Connell Jr
    The Pennsylvania State University
    Awarded-CoRecipients
    Award: Multi-Injector Impinging Jet Studies of Ignition Delay for Hydrogen Peroxide and Gelled Hydrocarbon Fuel Containing Reactive or Catalytic Particles
    AIAA Citation: AIAA 2015-3972
  • Prof Benveniste Natan
    Technion - Israel Institute of Technology
    Awarded-CoRecipients
    Award: Multi-Injector Impinging Jet Studies of Ignition Delay for Hydrogen Peroxide and Gelled Hydrocarbon Fuel Containing Reactive or Catalytic Particles
    AIAA Citation: AIAA 2015-3972
  • Prof Grant A Risha
    Pennsylvania State University Altoona
    Awarded-CoRecipients
    Award: Multi-Injector Impinging Jet Studies of Ignition Delay for Hydrogen Peroxide and Gelled Hydrocarbon Fuel Containing Reactive or Catalytic Particles
    AIAA Citation: AIAA 2015-3972
  • Dr Luciene D Villar
    Institute of Aeronautics and Space
    Awarded-CoRecipients
    Award: Time-Temperature Superposition Principle Applied to Thermally Aged Composite Propellant
    AIAA Citation: AIAA 2015-4107

2015

  • Dr Thomas M Berens
    AIRBUS Defence and Space
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Dr Nicola Ceresola
    Alenia Aeronautica
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Mrs Anne-Laure DELOT
    ONERA
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Mr David E Funes-Sebastian
    AIRBUS Defence and Space
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Dr Martin Rein
    DLR - German Aerospace Center
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Eur Ing Luis P Ruiz-Calavera
    AIRBUS Defence and Space
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Mr. Michael Saterskog
    Hjortronvagen 73
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722
  • Mr Magnus H Tormalm
    FOI
    Awarded-CoRecipients
    Award: “Numerical and Experimental Investigations on Highly Integrated Subsonic Air Intakes”
    AIAA Citation: AIAA 2014-0722

2014

  • Dr Stanley K Borowski
    Awarded-CoRecipients
    Award: A One-year Round Trip Crewed Mission to Mars using Bimodal Nuclear Thermal and Electric Propulsion (BNTEP)
    AIAA Citation: AIAA 2013-4076
  • Mr David R McCurdy
    Vantage Partners, Limited
    Awarded-CoRecipients
    Award: A One-year Round Trip Crewed Mission to Mars using Bimodal Nuclear Thermal and Electric Propulsion (BNTEP)
    AIAA Citation: AIAA 2013-4076
  • Ms. Laura M Burke
    NASA-Glenn Research Center
    Awarded-CoRecipients
    Award: A One-year Round Trip Crewed Mission to Mars using Bimodal Nuclear Thermal and Electric Propulsion (BNTEP),”
    AIAA Citation: AIAA 2013-4076
  • Dr Hans-Detlev Kuehl
    TU Dortmund University
    Awarded-CoRecipients
    Award: A Review of Models for Appendix Gap Losses in Stirling Cycle Machines
    AIAA Citation: AIAA 2013-3613
  • Mr Jens Pfeiffer
    Laboratory of Thermodynamics
    Awarded-CoRecipients
    Award: A Review of Models for Appendix Gap Losses in Stirling Cycle Machines
    AIAA Citation: AIAA 2013-3613
  • Dr Dan M Goebel
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Conducting Wall Hall Thrusters
    AIAA Citation: AIAA 2013-4117
  • Dr Richard R Hofer
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Conducting Wall Hall Thrusters
    AIAA Citation: AIAA 2013-4117
  • Dr Ira Katz
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Conducting Wall Hall Thrusters
    AIAA Citation: AIAA 2013-4117
  • Dr Ioannis G Mikellides
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Conducting Wall Hall Thrusters
    AIAA Citation: AIAA 2013-4117
  • Dr James E Polk
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: Conducting Wall Hall Thrusters
    AIAA Citation: AIAA 2013-4117
  • Mr Nicolas Bellomo
    Awarded-CoRecipients
    Award: Development and Flight Testing of a Hybrid Rocket Booster for UAV Assisted Take Off
    AIAA Citation: AIAA 2013-4140
  • Dr Alberto Bettella
    CISAS-University of Padova
    Awarded-CoRecipients
    Award: Development and Flight Testing of a Hybrid Rocket Booster for UAV Assisted Take Off
    AIAA Citation: AIAA 2013-4140
  • Eur Ing Federico Moretto
    Universita di Padova
    Awarded-CoRecipients
    Award: Development and Flight Testing of a Hybrid Rocket Booster for UAV Assisted Take Off
    AIAA Citation: AIAA 2013-4140
  • Dr Daniele Pavarin
    Università degli Studi di Padova
    Awarded-CoRecipients
    Award: Development and Flight Testing of a Hybrid Rocket Booster for UAV Assisted Take Off
    AIAA Citation: AIAA 2013-4140
  • Michael McPherson
    Digital Solid State Propulsion
    Awarded-CoRecipients
    Award: Electric Solid Propellants: A Safe, Micro to Macro Propulsion Technology
    AIAA Citation: AIAA 2013-4168
  • Dr Wayne N Sawka
    DSSP INC
    Awarded-CoRecipients
    Award: Electric Solid Propellants: A Safe, Micro to Macro Propulsion Technology
    AIAA Citation: AIAA 2013-4168
  • Dr Brian J Cantwell
    Stanford University
    Awarded-CoRecipients
    Award: Mass Flow Rate and Isolation Characteristics of Injectors for Use with Self-Pressurizing Oxidizers in Hybrid Rockets
    AIAA Citation: AIAA 2013-3636
  • Dr Benjamin S Waxman
    Blue Origin LLC
    Awarded-CoRecipients
    Award: Mass Flow Rate and Isolation Characteristics of Injectors for Use with Self-Pressurizing Oxidizers in Hybrid Rockets
    AIAA Citation: AIAA 2013-3636
  • Mr Greg Zilliac
    NASA-Ames
    Awarded-CoRecipients
    Award: Mass Flow Rate and Isolation Characteristics of Injectors for Use with Self-Pressurizing Oxidizers in Hybrid Rockets
    AIAA Citation: AIAA 2013-3636
  • Mr Jonah E Zimmerman
    Awarded-CoRecipients
    Award: Mass Flow Rate and Isolation Characteristics of Injectors for Use with Self-Pressurizing Oxidizers in Hybrid Rockets
    AIAA Citation: AIAA 2013-3636
  • Mrs Amy K Chicatelli
    Awarded-CoRecipients
    Award: Model-Based Control of a Nonlinear Aircraft Engine Simulation using an Optimal Tuner Kalman Filter Approach
    AIAA Citation: AIAA 2013-4002
  • Joseph W Connolly
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Model-Based Control of a Nonlinear Aircraft Engine Simulation using an Optimal Tuner Kalman Filter Approach
    AIAA Citation: AIAA 2013-4002
  • Mr Jeffrey Csank
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Model-Based Control of a Nonlinear Aircraft Engine Simulation using an Optimal Tuner Kalman Filter Approach
    AIAA Citation: AIAA 2013-4002
  • Prof Hyoung Jin Kim
    Kyung Hee University
    Awarded-CoRecipients
    Award: Optimal Inlet Shape Design of N2B Hybrid Wing Body Configuration
    AIAA Citation: AIAA 2012-3917
  • Dr Philipp Behruzi
    ArianeGroup
    Awarded-CoRecipients
    Award: Passive Phase Separation in Cryogenic Upper Stage Tanks
    AIAA Citation: AIAA 2013-3905
  • Salvatore M Oriti
    NASA Glenn Research Center
    Awarded
    Award: Performance Measurement of Advanced Stirling Convertors (ASC-E3)
    AIAA Citation: AIAA 2013-3813
  • Mr Christoph Michael Arndt
    Awarded-CoRecipients
    Award: Thermo-Acoustic Coupling in Swirl-Stabilized Flames with Helical Vortices
    AIAA Citation: AIAA 2013-3650
  • Vincent Caux-Brisebois
    Awarded-CoRecipients
    Award: Thermo-Acoustic Coupling in Swirl-Stabilized Flames with Helical Vortices
    AIAA Citation: AIAA 2013-3650
  • Prof Adam M Steinberg
    Georgia Institute of Technology
    Awarded-CoRecipients
    Award: Thermo-Acoustic Coupling in Swirl-Stabilized Flames with Helical Vortices
    AIAA Citation: AIAA 2013-3650
  • Dr Datta V Gaitonde
    The Ohio State University
    Awarded-CoRecipients
    Award: Unsteady Three-Dimensional Phenomena in Mode-Transition Simulations of the HIFiRE-2 Scramjet Flowpath
    AIAA Citation: AIAA 2013-3753
  • Dr Robert John Yentsch
    Awarded-CoRecipients
    Award: Unsteady Three-Dimensional Phenomena in Mode-Transition Simulations of the HIFiRE-2 Scramjet Flowpath
    AIAA Citation: AIAA 2013-3753

2013

  • Prof Timothy S Fisher
    UCLA
    Awarded-CoRecipients
    Award: "Carbon Nanotube Arrays for Enhanced Thermal Interfaces to Thermoelectric Modules"
    AIAA Citation: AIAA 2012-4048
  • Ms Kimberly Saviers
    Awarded-CoRecipients
    Award: "Carbon Nanotube Arrays for Enhanced Thermal Interfaces to Thermoelectric Modules"
    AIAA Citation: AIAA 2012-4048
  • Mr Pete F Crudgington
    Cross Manufacturing Company (1938) Ltd
    Awarded-CoRecipients
    Award: , “A Novel High temperature non-Contact Dynamic Seal”
    AIAA Citation: AIAA 2012-4004
  • Dr Dan M Goebel
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: “Design of a Laboratory Hall Thruster with Magnetically Shielded Channel Walls, Phase III: Comparison of Theory with Experiment"
    AIAA Citation: AIAA 2012-3789
  • Dr Richard R Hofer
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: “Design of a Laboratory Hall Thruster with Magnetically Shielded Channel Walls, Phase III: Comparison of Theory with Experiment"
    AIAA Citation: AIAA 2012-3789
  • Dr Ira Katz
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: “Design of a Laboratory Hall Thruster with Magnetically Shielded Channel Walls, Phase III: Comparison of Theory with Experiment"
    AIAA Citation: AIAA 2012-3789
  • Dr Ioannis G Mikellides
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: “Design of a Laboratory Hall Thruster with Magnetically Shielded Channel Walls, Phase III: Comparison of Theory with Experiment"
    AIAA Citation: AIAA 2012-3789
  • Shannon D Eilers
    Awarded-CoRecipients
    Award: “Development and Testing of the Regeneratively Cooled Multiple Use Plug Hybrid (for) Nanosats (MUPHyN) Motor”
    AIAA Citation: AIAA 2013-4199
  • Mr Zachary W Peterson
    Awarded-CoRecipients
    Award: “Development and Testing of the Regeneratively Cooled Multiple Use Plug Hybrid (for) Nanosats (MUPHyN) Motor”
    AIAA Citation: AIAA 2013-4199
  • Dr Stephen A Whitmore
    Utah State University
    Awarded-CoRecipients
    Award: “Development and Testing of the Regeneratively Cooled Multiple Use Plug Hybrid (for) Nanosats (MUPHyN) Motor”
    AIAA Citation: AIAA 2013-4199
  • Prof Christian O Paschereit
    Technical University of Berlin
    Awarded-CoRecipients
    Award: “Influence of Steam Dilution on NOx Formation in Premixed Natural Gas and Hydrogen Flames,”
    AIAA Citation: AIAA 2012-1272
  • Miss Rebecca Lynn Hay
    Advanced Cooling Technologies, Inc
    Awarded-CoRecipients
    Award: “Long-Lived Venus Lander Thermal Management System Design”
    AIAA Citation: AIAA 2012-3892
  • Mr. Andrew J Slippey
    Rochester Institute of Technology
    Awarded-CoRecipients
    Award: “Long-Lived Venus Lander Thermal Management System Design”
    AIAA Citation: AIAA 2012-3892
  • Dr Calin Tarau
    Advanced Cooling Technologies
    Awarded-CoRecipients
    Award: “Long-Lived Venus Lander Thermal Management System Design”
    AIAA Citation: AIAA 2012-3892
  • Dr Robert A Baurle
    NASA-Langley Research Center
    Awarded-CoRecipients
    Award: “Low-Dissipation Advection Schemes Designed for Large Eddy Simulations of Hypersonic Propulsion Systems"
    AIAA Citation: AIAA 2012-4263
  • William S Black
    Awarded-CoRecipients
    Award: “Low-Dissipation Advection Schemes Designed for Large Eddy Simulations of Hypersonic Propulsion Systems"
    AIAA Citation: AIAA 2013-4263
  • Dr Travis C Fisher
    Sandia National Laboratories
    Awarded-CoRecipients
    Award: “Low-Dissipation Advection Schemes Designed for Large Eddy Simulations of Hypersonic Propulsion Systems"
    AIAA Citation: AIAA 2013-4263
  • Dr Jesse Quinlan
    NASA Langley Research Center
    Awarded-CoRecipients
    Award: “Low-Dissipation Advection Schemes Designed for Large Eddy Simulations of Hypersonic Propulsion Systems"
    AIAA Citation: AIAA 203-4263
  • Jeffery A White
    NASA-Langley Research Center
    Awarded-CoRecipients
    Award: “Low-Dissipation Advection Schemes Designed for Large Eddy Simulations of Hypersonic Propulsion Systems"
    AIAA Citation: AIAA 2012-4263
  • Dr Eric W Davis
    Institute for Advanced Studies at Austin
    Awarded
    Award: Faster-Than-Light Space Warps, Status and Next Steps
    AIAA Citation: AIAA 2012-3860
  • Jan Deeken
    DLR-German Aerospace Center
    Awarded-CoRecipients
    Award: Investigation of the API-Injection Concept in a LOX/LH2 Combustion Chamber at GG/PB Operation Conditions
    AIAA Citation: AIAA 2012-3867
  • Prof Oskar J Haidn
    Technische Universität München
    Awarded-CoRecipients
    Award: Investigation of the API-Injection Concept in a LOX/LH2 Combustion Chamber at GG/PB Operation Conditions
    AIAA Citation: AIAA 2012-3867
  • Dr Dimitry Suslov
    DLR - German Aerospace Center
    Awarded-CoRecipients
    Award: Investigation of the API-Injection Concept in a LOX/LH2 Combustion Chamber at GG/PB Operation Conditions
    AIAA Citation: AIAA 2012-3867
  • Dr Meng-Sing Liou
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Optimal Inlet Shape Design of N2B Hybrid Wing Body Configuration
    AIAA Citation: AIAA 2013-3917
  • Dr P. J. Bowen
    Cardiff University
    Awarded-CoRecipients
    Award: Tangential Velocity Effects and Correlations for Blow-Off and Flashback in a Generic Swirl Burner and the Effect of a Hydrogen containing Fuel
    AIAA Citation: AIAA 2013-0736
  • Prof Nicholas Syred
    Cardiff University
    Awarded-CoRecipients
    Award: Tangential Velocity Effects and Correlations for Blow-Off and Flashback in a Generic Swirl Burner and the Effect of a Hydrogen containing Fuel
    AIAA Citation: AIAA 2013-0736
  • Mr Germain Boyer
    Awarded-CoRecipients
    Award: Theoretical Investigation of Parietal Vortex Shedding in Solid Rocket Motors
    AIAA Citation: AIAA 2012-3825
  • Prof Gregoire Casalis
    ONERA
    Awarded-CoRecipients
    Award: Theoretical Investigation of Parietal Vortex Shedding in Solid Rocket Motors
    AIAA Citation: AIAA 2012-3825
  • Dr Jean-luc Estivalezes
    ONERA
    Awarded-CoRecipients
    Award: Theoretical Investigation of Parietal Vortex Shedding in Solid Rocket Motors
    AIAA Citation: AIAA 2012-3825

2012

  • Eur Ing Francesco Barato
    CISAS-University of Padova
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Mr Nicolas Bellomo
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Dr Alberto Bettella
    CISAS-University of Padova
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Dr Martina Faenza
    Nammo Raufoss AS
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Eur Ing Marta Lazzarin
    CISAS-University of Padova
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Dr Daniele Pavarin
    Università degli Studi di Padova
    Awarded-CoRecipients
    Award: “A Numerical Model to Analyze the Transient Behavior and Instabilities on Hybrid Rocket Motors”
    AIAA Citation: AIAA 2011-5538
  • Dan Baruzzini
    Lockheed Martin Aeronautics
    Awarded-CoRecipients
    Award: “Addressing Corner Interactions Generated by Oblique Shock-Waves In Unswept Right-Angle Corners and Implications for High-Speed Inlets”
    AIAA Citation: AIAA 2012-0275
  • Daniel N Miller
    Lockheed Martin Aeronautics
    Awarded-CoRecipients
    Award: “Addressing Corner Interactions Generated by Oblique Shock-Waves In Unswept Right-Angle Corners and Implications for High-Speed Inlets”
    AIAA Citation: AIAA 2012-0275
  • Dr Luigi De Luca
    Politecnico Di Milano
    Awarded-CoRecipients
    Award: “Ballistic and Rheological Characterization of Paraffin-Based Fuels for Hybrid Rocket Propulsion”
    AIAA Citation: AIAA 2011-5680
  • Dr Luciano Galfetti
    Politecnico di Milano
    Awarded-CoRecipients
    Award: “Ballistic and Rheological Characterization of Paraffin-Based Fuels for Hybrid Rocket Propulsion”
    AIAA Citation: AIAA 2011-5680
  • Dr Filippo Maggi
    Politecnico Di Milano
    Awarded-CoRecipients
    Award: “Ballistic and Rheological Characterization of Paraffin-Based Fuels for Hybrid Rocket Propulsion”
    AIAA Citation: AIAA 2011-5680
  • A. Scott Howe
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: “Habitat Water Wall for Water, Solids, and Atmosphere Recycle and Reuse”
    AIAA Citation: AIAA 2011-5018
  • Dr Yoshifumi Inatani
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Prof Chihiro Inoue
    University of Tokyo
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Kazutoshi Ishikawa
    National Aerospace Laboratories
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Dr Kiyoshi Kinefuchi
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Yoshihiro Naruo
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Dr Satoshi Nonaka
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Dr Kohei Okita
    The University of Tokyo
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Mr Daizo Sugimori
    Japan Aerospace Exploration Agency
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Prof Toshinori Watanabe
    The University of Tokyo
    Awarded-CoRecipients
    Award: “Heat Exchange and Pressure Drop Enhanced by Sloshing”
    AIAA Citation: AIAA 2011-5682
  • Dr Mirko Gamba
    University of Michigan
    Awarded-CoRecipients
    Award: “Ignition and Near-Wall Burning in Transverse Hydrogen Jets in Supersonic Crossflow”
    AIAA Citation: AIAA 2011-3539
  • Prof Ronald K Hanson
    Stanford University
    Awarded-CoRecipients
    Award: “Ignition and Near-Wall Burning in Transverse Hydrogen Jets in Supersonic Crossflow”
    AIAA Citation: AIAA 2011-0319
  • Prof M. Mungal
    Stanford University
    Awarded-CoRecipients
    Award: “Ignition and Near-Wall Burning in Transverse Hydrogen Jets in Supersonic Crossflow”
    AIAA Citation: AIAA 2011-0319
  • Dr Stanley K Borowski
    Awarded-CoRecipients
    Award: “Lower Thrust Engine Options Based on the Small Nuclear Rocket Engine Design”
    AIAA Citation: AIAA 2011-5846
  • Mr James E Fittje
    Vantage Partners
    Awarded-CoRecipients
    Award: “Lower Thrust Engine Options Based on the Small Nuclear Rocket Engine Design”
    AIAA Citation: AIAA 2011-5846
  • Bruce G Schnitzler
    Oak Ridge National Lab
    Awarded-CoRecipients
    Award: “Lower Thrust Engine Options Based on the Small Nuclear Rocket Engine Design”
    AIAA Citation: AIAA 2011-5846
  • Prof Ashwani K Gupta
    University of Maryland
    Awarded-CoRecipients
    Award: “Mixture Preparation Effects On Distributed Combustion For Gas Turbine Applications”
    AIAA Citation: AIAA 2012-0930
  • Dr Campbell D Carter
    U.S. Air Force Research Laboratory
    Awarded-CoRecipients
    Award: “Particle Image Velocimetry in an Isothermal and Exothermic High-Speed Cavity”
    AIAA Citation: AIAA 2012-0330
  • Dr KuangYu Hsu
    Innovative Scientific Solutions Incorporated
    Awarded-CoRecipients
    Award: “Particle Image Velocimetry in an Isothermal and Exothermic High-Speed Cavity”
    AIAA Citation: AIAA 2012-0330
  • Dr Steven G Tuttle
    Naval Research Laboratory - Combustion Dynamics and Modeling Section
    Awarded-CoRecipients
    Award: “Particle Image Velocimetry in an Isothermal and Exothermic High-Speed Cavity”
    AIAA Citation: AIAA 2012-0330
  • Dr Neal D Domel
    Lockheed Martin Aeronautics
    Awarded-CoRecipients
    Award: Addressing Corner Interactions Generated by Oblique Shock-Waves In Unswept Right-Angle Corners and Implications for High-Speed Inlets
    AIAA Citation: IAA 2012-0275
  • Ioana Diana Broome
    Awarded-CoRecipients
    Award: Design and Analysis of a Multi-Window Aperture Structure for a Small Particle Solar Receiver
    AIAA Citation: AIAA 2011-5900
  • Prof Fletcher J. Miller
    San Diego State University
    Awarded-CoRecipients
    Award: Design and Analysis of a Multi-Window Aperture Structure for a Small Particle Solar Receiver
    AIAA Citation: AIAA 2011-5900
  • Prof Takehiro Himeno
    University of Tokyo
    Awarded-CoRecipients
    Award: Heat Exchange and Pressure Drop Enhanced by Sloshing
    AIAA Citation: AIAA 2011-5682
  • Dr Yutaka Umemura
    JAXA
    Awarded-CoRecipients
    Award: Heat Exchange and Pressure Drop Enhanced by Sloshing
    AIAA Citation: AIAA 2011-5682
  • Mr. John R Brophy
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: In-Flight Operation of the Dawn Ion Propulsion System Through Orbit Capture at Vesta
    AIAA Citation: AIAA 2011-5661
  • Charles E Garner
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: In-Flight Operation of the Dawn Ion Propulsion System Through Orbit Capture at Vesta
    AIAA Citation: AIAA 2011-5661
  • Mr. Steven Mikes
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: In-Flight Operation of the Dawn Ion Propulsion System Through Orbit Capture at Vesta
    AIAA Citation: AIAA 2011-5661
  • Dr Marc D Rayman
    Jet Propulsion Laboratory
    Awarded-CoRecipients
    Award: In-Flight Operation of the Dawn Ion Propulsion System Through Orbit Capture at Vesta
    AIAA Citation: AIAA 2011-5661
  • Maxwell H Briggs
    Awarded-CoRecipients
    Award: Overview of Heat Addition and Efficiency Predictions for an Advanced Stirling Convertor
    AIAA Citation: AIAA 2011-5576
  • Dr Terry V Reid
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Overview of Heat Addition and Efficiency Predictions for an Advanced Stirling Convertor
    AIAA Citation: AIAA 2011-5576
  • Nicholas A Schifer
    NASA
    Awarded-CoRecipients
    Award: Overview of Heat Addition and Efficiency Predictions for an Advanced Stirling Convertor
    AIAA Citation: AIAA 2011-5576
  • Scott D Wilson
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Overview of Heat Addition and Efficiency Predictions for an Advanced Stirling Convertor
    AIAA Citation: AIAA 2011-5576
  • Mr Nathan Gibson
    GE Aviation
    Awarded-CoRecipients
    Award: Second Generation Air-to-Air Mechanical Seal Design and Performance
    AIAA Citation: AIAA 2011-5636
  • Dr Malak F Malak
    Allied Signal Aerospace Co
    Awarded-CoRecipients
    Award: Second Generation Air-to-Air Mechanical Seal Design and Performance
    AIAA Citation: AIAA 2011-5636
  • Dr Mark Salita
    Awarded
    Award: Unanticipated Problems and Misunderstood Phenomena in and Around Solid Rockets
    AIAA Citation: AIAA 2011-5956

2011

  • Dr Frederick G Harmon
    AFIT
    Awarded-CoRecipients
    Award: Conceptual Design Tool for Micro Air Vehicles with Hybrid Power Systems
    AIAA Citation: AIAA 2010-6688
  • CPT Paul M Hrad
    Awarded-CoRecipients
    Award: Conceptual Design Tool for Micro Air Vehicles with Hybrid Power Systems
    AIAA Citation: AIAA 2010-6688
  • Mr John T Lopez
    Awarded-CoRecipients
    Award: Quantifying the Effects of Long Term Storage on Extended Cycling for Lithium-Ion Batteries
    AIAA Citation: AIAA 2010-6924
  • Mr. Chris D Pearson
    Awarded-CoRecipients
    Award: Quantifying the Effects of Long Term Storage on Extended Cycling for Lithium-Ion Batteries
    AIAA Citation: AIAA 2010-6924

2010

  • Dr James E Polk
    Jet Propulsion Laboratory
    Awarded
    Award: Barium Depletion in Hollow Cathode Emitters
    AIAA Citation: AIAA 2009-5197
  • Mr. Eric Boyd
    Pennsylvania State University
    Awarded-CoRecipients
    Award: Comparison of Nozzle Throat Erosion Behavior in a Solid Propellant Rocket Motor and a Simulator
    AIAA Citation: AIAA 2009-5421
  • Dr Andrew Cortopassi
    The Aerospace Corporation
    Awarded-CoRecipients
    Award: Comparison of Nozzle Throat Erosion Behavior in a Solid Propellant Rocket Motor and a Simulator
    AIAA Citation: AIAA 2009-5421
  • Brian J Evans
    Space Propulsion Group, Inc.
    Awarded-CoRecipients
    Award: Comparison of Nozzle Throat Erosion Behavior in a Solid Propellant Rocket Motor and a Simulator
    AIAA Citation: AIAA 2009-5421
  • Bradley C Appel
    Texas A&M Univ
    Awarded-CoRecipients
    Award: Development and Launch of the Purdue Hybrid Rocket Technology Demonstrator
    AIAA Citation: AIAA 2009-4842
  • Dr Stephen D Heister
    Purdue University
    Awarded-CoRecipients
    Award: Development and Launch of the Purdue Hybrid Rocket Technology Demonstrator
    AIAA Citation: AIAA 2009-4842
  • Andrew K Rettenmaier
    Purdue University
    Awarded-CoRecipients
    Award: Development and Launch of the Purdue Hybrid Rocket Technology Demonstrator
    AIAA Citation: AIAA 2009-4842
  • Mr. John Tsohas
    Purdue University
    Awarded-CoRecipients
    Award: Development and Launch of the Purdue Hybrid Rocket Technology Demonstrator
    AIAA Citation: AIAA 2009-4842
  • Dr Matthias Grosse
    ENERGETIX
    Awarded
    Award: Effect of a Diaphragm on Performance and Fuel Regression of a Laboratory Scale Hybrid Rocket Motor Using Nitrous Oxide and Paraffin
    AIAA Citation: AIAA 2009-5113
  • Jordan T Farina
    Virginia Polytechnic Institute
    Awarded-CoRecipients
    Award: Instrumentation, Modeling and Testing of a Gas Turbine Engine Using Lean Premixed Hydrogen Combustion
    AIAA Citation: AIAA 2009-5048
  • Steve Lepera
    VA Tech
    Awarded-CoRecipients
    Award: Instrumentation, Modeling and Testing of a Gas Turbine Engine Using Lean Premixed Hydrogen Combustion
    AIAA Citation: AIAA 2009-5048
  • Prof Walter F O'Brien
    Virginia Tech
    Awarded-CoRecipients
    Award: Instrumentation, Modeling and Testing of a Gas Turbine Engine Using Lean Premixed Hydrogen Combustion
    AIAA Citation: AIAA 2009-5048
  • Matthew V Perry
    Electric Jet LLC
    Awarded-CoRecipients
    Award: Instrumentation, Modeling and Testing of a Gas Turbine Engine Using Lean Premixed Hydrogen Combustion
    AIAA Citation: AIAA 2009-5048
  • Dr Uri Vandsburger
    VPI/SU
    Awarded-CoRecipients
    Award: Instrumentation, Modeling and Testing of a Gas Turbine Engine Using Lean Premixed Hydrogen Combustion
    AIAA Citation: AIAA 2009-5048
  • Mr Adam Butt
    NASA
    Awarded-CoRecipients
    Award: NASA Ares I Launch Vehicle Roll and Reaction Control Systems Design Status
    AIAA Citation: AIAA 2009-5130
  • Mr Hank M Pitts
    The Boeing Company
    Awarded-CoRecipients
    Award: NASA Ares I Launch Vehicle Roll and Reaction Control Systems Design Status
    AIAA Citation: AIAA 2009-5130
  • Chris Popp
    NASA-Marshall Space Flight Center
    Awarded-CoRecipients
    Award: NASA Ares I Launch Vehicle Roll and Reaction Control Systems Design Status
    AIAA Citation: AIAA 2009-5130
  • Mr. David J Sharp
    Allied Aerospace Industries Inc
    Awarded-CoRecipients
    Award: NASA Ares I Launch Vehicle Roll and Reaction Control Systems Design Status
    AIAA Citation: AIAA 2009-5130

2007

  • Yoshihiro Arakawa
    Awarded-CoRecipients
    Award: Power Transmission to a Micro Aerial Vehicle
    AIAA Citation: AIAA 2007-1003
  • Mr. Shuhei Komatsu
    University of Tokyo
    Awarded-CoRecipients
    Award: Power Transmission to a Micro Aerial Vehicle
    AIAA Citation: AIAA 2007-1003
  • Prof Kimiya Komurasaki
    The University of Tokyo
    Awarded-CoRecipients
    Award: Power Transmission to a Micro Aerial Vehicle
    AIAA Citation: AIAA 2007-1003

2005

  • Dr Omar Abdelaziz
    Awarded-CoRecipients
    Award: Air Flow Regimes and Thermal Patterns in Climatized Tombs in Valley of Kings
    AIAA Citation: AIAA 2005-1444
  • Prof Essam E Khalil
    Cairo University
    Awarded-CoRecipients
    Award: Air Flow Regimes and Thermal Patterns in Climatized Tombs in Valley of Kings
    AIAA Citation: AIAA 2005-1444
  • Mr. John Crittenden
    Triad Research Corporation Inc.
    Awarded-CoRecipients
    Award: Demonstration of a Novel Combined Cooling and Power Gas Turbine with Water Harvesting
    AIAA Citation: AIAA 2005-0571
  • Dr Jameel Khan
    University of Florida
    Awarded-CoRecipients
    Award: Demonstration of a Novel Combined Cooling and Power Gas Turbine with Water Harvesting
    AIAA Citation: AIAA 2005-0571
  • Dr William E Lear
    University of Florida
    Awarded-CoRecipients
    Award: Demonstration of a Novel Combined Cooling and Power Gas Turbine with Water Harvesting
    AIAA Citation: AIAA 2005-0571
  • Prof S.A. Sherif
    University of Florida
    Awarded-CoRecipients
    Award: Demonstration of a Novel Combined Cooling and Power Gas Turbine with Water Harvesting
    AIAA Citation: AIAA 2005-0571
  • Mr. Robert M Button
    NASA Glenn Research Center
    Awarded-CoRecipients
    Award: Distributed, Master-less Control of Modular DC-DC Converters
    AIAA Citation: AIAA 2004-5733
  • Zhiqiang Gao
    Cleveland State University
    Awarded-CoRecipients
    Award: Distributed, Master-less Control of Modular DC-DC Converters
    AIAA Citation: AIAA 2004-5733
  • Michael S Gray
    Cleveland State University
    Awarded-CoRecipients
    Award: Distributed, Master-less Control of Modular DC-DC Converters
    AIAA Citation: AIAA 2004-5733
  • Mr. Edward J Brown
    Lockheed Martin Corporation
    Awarded-CoRecipients
    Award: Thermophotovoltaic Spectral Control
    AIAA Citation: AIAA 2004-5762
  • David Depoy
    Lockheed Martin Corporation
    Awarded-CoRecipients
    Award: Thermophotovoltaic Spectral Control
    AIAA Citation: AIAA 2004-5762
  • Mr. Edward Gratrix
    Rugate Technologies Inc
    Awarded-CoRecipients
    Award: Thermophotovoltaic Spectral Control
    AIAA Citation: AIAA 2004-5762
  • Mr. Thomas D Rahmlow Jr.
    Rugate Technologies Inc
    Awarded-CoRecipients
    Award: Thermophotovoltaic Spectral Control
    AIAA Citation: AIAA 2004-5762

2004

  • Jorge Camacho
    University of Texas at El Paso
    Awarded-CoRecipients
    Award: Characteristics of Nonbuoyant Elliptical Jet Diffusion Flames
    AIAA Citation: AIAA 2004-0814
  • Dr Ahsan R Choudhuri
    University of Texas at El Paso
    Awarded-CoRecipients
    Award: Characteristics of Nonbuoyant Elliptical Jet Diffusion Flames
    AIAA Citation: AIAA 2004-0824
  • Dr Jonathan L Fleming
    Techsburg
    Awarded-CoRecipients
    Award: Thermoelectric Power Generation for UAV Applications
    AIAA Citation: AIAA 2003-6092
  • Dr WingFai Ng
    Techsburg, Inc.
    Awarded-CoRecipients
    Award: Thermoelectric Power Generation for UAV Applications
    AIAA Citation: AIAA 2003-6092