Modeling and Statics Analysis of Outsole Structure of Men's Shoes Based on Finite Element Method

Abstract

In order to explore the influence of the heel structure of men's shoes on the deformation of the outsole, and simulate the stress distribution and deformation of the outsole in different human states, taking the existing leisure men's shoes outsole as the research object, the "sole-ground" coupling finite element model was established through reverse engineering, and the instantaneous stress of the sole was simulated and statically analyzed. The stress and strain areas of the model under different working conditions are consistent with those under the real test, mainly in the area where the transverse stiffener at the heel meets the inner edge. This paper applies finite element analysis to the static analysis of soles, which can provide new ideas for the design of regional structure of outsole heel of men's shoes, and improve the utilization rate of sole materials and sole performance.