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Customer: R&D
Industry: Commercial & Defense
Services: Design, Engineering, Analysis, and Manufacturing
In an effort to evaluate a lower-cost 3D printed battery mount, an explicit worst-case landing was simulated on the Swift Crane UAV incorporating the revised design using HyperMesh Radioss. The landing simulation was run for approximately 0.4 seconds and captured the peak g loading experienced by the aircraft. Post-processing of the maximum stress on the battery mounts validated the design.




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