Modeling and Optimization of a Knee Orthosis Using Virtual Prototyping

Abstract

Simpler foot orthoses allow the muscles, tendons, and bones of the feet and lower legs to function at their highest potential. When appropriately prescribed, these orthoses can decrease pain and increase stability in an unstable joint, along with preventing the potential progression or development of a deformity. Improved quality of life often results from the application of the principles of orthotics. In this paper, the authors provide some models of virtual prototypes of orthoses devices for foot rehabilitation where enforce some laws of motion for optimizing the real motion for healthy food.