Visualization in scientific computing and engineering design is receiving wide attention. It can assist engineers, scientists, and technicians to access, analyze, manage, visualize, and present large and diverse quantities of data from the information gained from raw technical data. Clothing engineering design is a complex iterative-decision–making competitive process. Large amount of dynamic data are generated by simulation. The visualization application in clothing biomechanical design is presented is presented in this paper. The simulation results can be described by graph. The subdivision method is used to create the pressure distribute change animation.