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Lauranne Sins from ETS Montreal will present:
A shoulder model based on force dependent kinematics in the AnyBody Modeling System
In the past years, musculoskeletal models have focused mostly on hip and knee neglecting the upper extremities. Sins et al. introduced joint translations into a non-conforming prosthetic shoulder model to simulate physiological joint translations between humeral head and glenoid components and also to replicate in-vivo joint reactions forces. Such a model can be used in a clinical environment to analyze real patients and in implant development for a better prosthetic design.
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A shoulder model based on force dependent kinematics in the AnyBody Modeling System
In the past years, musculoskeletal models have focused mostly on hip and knee neglecting the upper extremities. Sins et al. introduced joint translations into a non-conforming prosthetic shoulder model to simulate physiological joint translations between humeral head and glenoid components and also to replicate in-vivo joint reactions forces. Such a model can be used in a clinical environment to analyze real patients and in implant development for a better prosthetic design.
Seats are limited, so sign up now