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非圓截面管輥彎成形過程的變形和應力場的FEM模擬

Deformation and Stress Fields of Non-circular Tubes in Roll Forming Process

  • 摘要: 采用三維大變形彈塑性有限元法,考慮材料和幾何雙重非線性,基于Prandtl-Reuss流動規律和Mises屈服準則,對圓管的輥彎二次成形過程中金屬的流動規律及其應力分布進行了模擬分析,分別得到非圓截面管輥彎成形過程中金屬的流動規律及應力的信息.

     

    Abstract: A simulation on metal flow rule and stress distribution of non-circular tubes in roll forming process by using 3D large deformation elastic plastic finite element method with considering of material and geometrical non-linearity is presented. This method is based upon Prandtl-Reuss flow ruler and mises yield criterion. The simulation results of grids deformation flow pattern and stress distribution are obtained.

     

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