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对两种材料复合在一起进行挤压 ,挤压完成后除去填料从而形成深微孔的复合挤压新工艺进行室温物理模拟 ;采用上限元法对变形流动规律进行了定量分析 ;并在不锈钢高温挤压生产条件下进行验证 ,证实该工艺的可行性
The two materials were compounded together to squeeze, after the extrusion is completed to remove the filler to form a deep microporous composite extrusion process for the physical simulation of room temperature; using upper bound element method to quantitatively analyze the deformation flow; and stainless steel high temperature Extrusion production conditions were verified to confirm the feasibility of the process