Computer Simulation Modeling for Pressure Visualization Measurement in Human Motion Mechanics Experiment

Abstract

With the gradual dissemination of the idea of national fitness, more and more people are paying attention to exercise, which has made human motion mechanics a focus of current research, and the visualization measurement of human motion pressure has also become a focus of discussion. However, current pressure visualization measurement technologies often have problems such as inaccurate measurement results, low visualization level, and low clarity of pressure presentation, which has led to a bottleneck in research on human motion mechanics. In order to better promote the development of human motion mechanics, this article conducted research on the current popular computer simulation modeling technology, indicating that this technology has unique advantages in pressure visualization measurement of human motion mechanics. The measurement effect of computer simulation modeling technology has been demonstrated through experiments. Compared to traditional measurement methods, this method achieved 800 at a pressure of 300 Newton. Compared to traditional methods under the same pressure, the method presented in this article has higher visual clarity and can visually display the pressure situation. This not only benefits people in better studying the mechanics of human motion, but also helps to better formulate exercise plans and engage in correct and scientific exercise. It plays an important role in clinical medical diagnosis, biomechanics, and sports.