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2 Geometries
1 Mesh
1 Simulation setup
0 ResultsKinematic & Structural Design: Designed a multi-joint prosthetic foot combining an ankle pivot and a strain-tuned compliant Polypropylene toe flexure ($2.9\%$ operating strain vs. $5\%$ allowable). Mechanical Validation & Analysis: Conducted Worst-Case and Root-Sum-Square (RSS) tolerance stack-up across critical assembly chains and performed DFM passes for molded and machined components. Simulation & Fatigue Testing: Executed FEA static load testing to yield point, documented iterative redesigns, and derived analytical S-N fatigue life estimates under cyclic gait loading
kamal_b created this project
about 1 month ago
2 Geometries 1 Mesh 1 Simulation setup 0 ResultsKinematic & Structural Design: Designed a multi-joint prosthetic foot combining an ankle pivot and a strain-tuned compliant Polypropylene toe flexure ($2.9\%$ operating strain vs. $5\%$ allowable). Mechanical Validation & Analysis: Conducted Worst-Case and Root-Sum-Square (RSS) tolerance stack-up across critical assembly chains and performed DFM passes for molded and machined components. Simulation & Fatigue Testing: Executed FEA static load testing to yield point, documented iterative redesigns, and derived analytical S-N fatigue life estimates under cyclic gait loading
