航空制造技术
航空製造技術
항공제조기술
Aeronautical Manufacturing Technology
2015年
17期
122-123,135
,共3页
郎利辉%刘康宁%吴为%刘宝胜
郎利輝%劉康寧%吳為%劉寶勝
랑리휘%류강저%오위%류보성
钛合金板材%高温介质成形%数值模拟
鈦閤金闆材%高溫介質成形%數值模擬
태합금판재%고온개질성형%수치모의
Titanium alloy sheet%Hot granular medium forming%Numerical simulation
利用高温介质成形工艺对TA1钛合金板材进行了筒形零件拉深过程仿真计算及试验验证，模拟分析及高温条件下拉深试验结果表明，高温介质成形工艺适用于钛合金板材，并能显著提高钛合金薄壁零件的成形质量。
利用高溫介質成形工藝對TA1鈦閤金闆材進行瞭筒形零件拉深過程倣真計算及試驗驗證，模擬分析及高溫條件下拉深試驗結果錶明，高溫介質成形工藝適用于鈦閤金闆材，併能顯著提高鈦閤金薄壁零件的成形質量。
이용고온개질성형공예대TA1태합금판재진행료통형령건랍심과정방진계산급시험험증，모의분석급고온조건하랍심시험결과표명，고온개질성형공예괄용우태합금판재，병능현저제고태합금박벽령건적성형질량。
Deep drawing process of cylinder-shaped part of TA1 titanium alloy sheet is carried out by hot medium forming technology. Compare study is also conducted with numerical simulation. Results show that the hot granular medium forming process applies to tita-nium alloy sheet and can improve the forming quality of titanium alloy thin-walled parts.
