有限元建模技术在预测鞋底减震性能中的应用研究

The present investigation established a finite element simulation model which simulates the force of the foot in shoes during the landing process.Furthermore, the model can predict the shock absorption performance of the sole. At first, the finite element software is used to establish the model which simulates and predicts the shock absorption performance of the sole.On this basis, the finite element model of the sole and the ground is added to obtain the final model, and then the landing movement under the shoe state is simulated. The second part is the verification experiment. It used 3D force table and insole type foot pressure test system to synchronize which collects and analyzes the peak pressure of the sole and the peak of the plantar pressure during the landing process. The error between experimental results and simulation results is less than 5%, thus it confirmed the effectiveness of the model.This paper established a three-dimensional model to simulate the shock absorption performance of the shoes. In this model, regardless of the material or the structure of the shoes, it can predict the force between the foot and sole. It can make sense in sports shoes' designing and production.