A package for probabilistic, virtual testing of ankle sprain prevention, including a multibody model and a FE brace for optimizing brace form, fit, and function.
This project is composed of complementary tools aimed to create a multiscale platform for rapid virtual testing of new ankle sprain prevention technologies:
1) Extends a deterministic, subject-specific forward simulation of single-limb drop landing with probabilistic inputs, automation, and analysis
2) An FEA module to generate wearable brace designs optimized to morphology constraints, and virtually test efficacy with probabilistic simulation
Nov 18, 2021
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