2:00 PM GMT+8 | Wednesday, February 4, 2026  | Check Your Time

This webinar introduces a joint study by AirGo and Moldex3D on achieving accurate yet faster CAE simulation for injection-moulded fiber-reinforced thermoplastic (FRT) composites. The session highlights the major challenges encountered in the design of heavy-duty FRT components and explains how the seamless integration between ATLAS-AI, AirGo’s AI-assisted CAE platform, and Moldex3D’s Boundary Layer Mesh (BLM) technology helps overcome these limitations.

Two real-world application cases— a carbon-composite aircraft armrest and a reinforced pole extender—will be presented to demonstrate how the combined workflow enhances fiber orientation prediction, improves structural simulation accuracy, and significantly reduces computation time.

What You Will Learn

• Key modeling challenges in fiber-reinforced thermoplastic composite (FRT) components
• The role of ATLAS-AI and Moldex3D BLM in improving FRT simulation accuracy
• How AI-assisted workflows accelerate composite simulation tasks
• Practical insights from two industrial case studies
• How to apply the integrated workflow to strengthen product development efficiency and reliability