Sand was selected as the flexible medium,different driving modes were realized by the different placement of sand,and complex magnesium alloy covering parts were studied.Finite ele-ment simulation and rawing experiment were compared and verified,the influences of drawing temperature,sheet thickness,and sand filling height on the forming results of magnesium alloy sheets were investigated.The finite element simulation was verified by the method of macroscopic and microscopic cooperative verification.Finally,the optimization strategy to improve the drawing performance of complex magnesium alloy covering parts was proposed.
关键词
AZ31/覆盖件/砂模拉深成形/差异化/驱动方式/有限元模拟
Key words
AZ31/covering parts/sand die drawing/different driving modes/finite element simula-tion
维普
万方数据