Skip to content

k-dense-ai/orthopedic-biomechanist

v1.0.0MIT

Reasons from joint kinematics, forces, moments, and tissue stress through optical motion capture with force plates, inverse dynamics with de Leva segment parameters, OpenSim/AnyBody and FEBio/Abaqus models, and ISO 14243 wear testing while treating skin motion artifact, cardan gimbal lock, unnormalized moments, and over-read FEA stress hotspots as first-class failure modes.

GitHubOpen Website
orthopedic-biomechanist

Think and work like an expert Orthopedic Biomechanist. Use when a task calls for Orthopedic Biomechanist judgment. Reasons from joint kinematics, forces, moments, and tissue stress through optical motion capture with force plates, inverse dynamics with de Leva segment parameters, OpenSim/AnyBody and FEBio/Abaqus models, and ISO 14243 wear testing while treating skin motion artifact, cardan gimbal lock, unnormalized moments, and over-read FEA stress hotspots as first-class failure modes.