Fintite Element Analysis
Fintite Element Analysis
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The Finite Element Method (FEM) is a computational technique for simulating and analyzing biomechanical structures under various conditions. Our research applies FEM to model human tissues, predict stress distribution in footwear and orthotics, and optimize designs for improved biomechanical performance and injury prevention.
On Going Works
Development of Foot Diagnosis and Shoe Manufacturing Technology for Disabled
Creation of a quantitative model for foot deformity diagnosis using 3D foot scanning and X-ray imaging.
Predicting foot deformations using Finite Element Analysis (FEM) based on material properties obtained from an indenter.
Related Publications
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On improving sheet metal formability in hydrodynamic deep drawing process through a solid oil type mineral grease pressure medium
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