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The influence of loading path on tube hydroforming process is discussed in this paper with finiteelement simulation. Four different loading paths are utilized in simulating the forming process of square tubular component with hydroforming and the result of different loading path is presented. Among the result. the thickness distribution of bilinear loading path is the most uniform one. It shows that the increase of punch displacement in the stage of high pressure is beneficial to the forming of component for optimized Stress condition.
The influence of loading path on tube hydroforming process is discussed in this paper with finite element simulation. Four different loading paths are utilized in simulating the forming process of square tubular component with hydroforming and the result of different loading path is presented. Among the result. The thickness distribution of bilinear loading path is the most uniform one. It shows that increase of punch displacement in the stage of high pressure is beneficial to the forming of component for optimized stress condition.