Autonomous Mobile Robot (AMR) Heavy Payload FEA Simulation (500 kg)

Structural FEA and load-case validation for a heavy-duty Autonomous Mobile Robot (AMR) chassis designed to safely handle payloads up to 500 kg. Key FEA Case Studies Analyzed: 1. Uniform Payload Distribution: Simulated full-surface loading (500 kg) across the entire top deck to establish baseline structural integrity, von Mises stress levels, and total deflection. 2. Non-Uniform Front Offset Loading: Simulated localized asymmetric loading on the front section to evaluate critical frame bending, torsional rigidity, stress concentration points, and structural safety factors under uneven weight conditions. Engineering Deliverables & Insights: • Stress (von Mises) and deflection contour visualizations. • Structural Factor of Safety (FoS) verification under worst-case loading. • Recommendations for chassis reinforcement and material optimization. Software Used: [e.g., ANSYS / SOLIDWORKS Simulation]