This webinar will introduce Airbus’ ZEROe project and detail its use of GT-Suite to simulate different processes involving liquid hydrogen in transfer lines. We will cover the challenges of modeling transient cryogenic two-phase flow and demonstrate how GT-Suite helps us predict thermal response and pressure instabilities. We will highlight the value of simulation in the early stages of a project, when test data is scarce, and how it can help shape a clean-sheet aircraft design and operation.
Event Tag: Lumafield
Aerospace Perspectives Series: Space Systems Modernization: Making the Most of Technology Investments While Constantly Advancing the Mission
On-Demand Recording Available
Space decision makers are faced with aging infrastructure, shrinking budgets, and evolving mission needs that grow more complex by the second. How can they modernize in place without exposing their mission to risk while also preparing for the next challenge? Leaders from NASA, NOAA, and the U.S. Space Force will discuss innovative ways as to how their programs are adopting practices and solutions to adapt to a demanding space environment. The panel will explore topics ranging from automation and the cloud, to software and model-based systems engineering, and more.
Speakers:
Kevin CogginsDeputy Associate Administrator, NASA
Ronla Henry-ReevesAdvanced Weather Interactive Processing System (AWIPS) Program Manager, National Oceanic and Atmospheric Administration
Russ TeehanTechnical Director, Space Development Agency, United States Space Force
Aerospace Perspectives Series: Validation for Aerospace with Industrial CT: Driving Quality at Scale
On-Demand Recording Available
Quality is critical to mission success across aerospace applications. Changes—whether driven by new designs, advanced materials, or shifting supply chains—must be rigorously validated to ensure reliability and safety. Industrial CT scanning provides manufacturers with a non-destructive, high-resolution view of aerospace, defense, and avionics components. From composites and wiring to seals and valves, CT uncovers hidden flaws and pinpoints root causes of failures, reducing risk and ensuring consistent performance. Join Lumafield for a webinar to learn how CT scanning strengthens quality validation at every stage of development, from early R&D to automated, high-volume production.
What you’ll learn:
- How CT scanning works and what insights it delivers
- How to leverage CT for supplier qualification and incoming part verification
- How to apply CT for composite structure analysis
- How AI-driven workflows enable real-time, automated decision making
- How to adopt CT scanning cost-effectively in both R&D and production
Speaker:

Ken Cedrone
Co-Founder and Head of Research and Development
Moderator:

Wesley Thio
Technical Product Marketing Manager
This webinar is free of charge and is open to the public. Registered attendees will receive a post-event email to access the on-demand recording.
Aerospace Perspectives Series: Inspecting Parts With Rapid, Automated, and High-Volume Industrial CT Scanning
This webinar is hosted by AIAA, is presented by Lumafield, and is open to the public.
Industrial computed tomography (CT) scanning offers a non-destructive and highly detailed method of inspecting aerospace, defense, and avionics. It utilizes x-rays and advanced reconstruction techniques to provide intricate 3D visualizations of internal structures. By using CT scanning, manufacturers can meticulously examine composite materials, wiring, seals, connectors, and valves to pinpoint the causes of failures—whether it’s material defects, inconsistencies in manufacturing, or wear-induced damage. Armed with this knowledge, aerospace manufactures can take proactive steps to resolve these issues, ensuring product reliability, patient safety, and preventing expensive recalls.
During this webinar, representatives from Lumafield will discuss the application of CT scanning for inspecting aerospace, defense, and avionics at all stages of the development process, from initial R&D through high-volume production with automated end-to-end workflows.




