1·Stainless steel has a greater elastic springback than mild steel.
不锈钢的弹性反冲比低碳钢要强。
2·The larger strength coefficient is, the larger springback Angle is.
强度系数越大，回弹角越大。
3·Conceptions of springback anti-couple systems and equations are introduced.
引入了回弹反耦联系统和回弹反耦联方程的概念。
4·In the light of the method , each section's spline curve structure part's shape after springback.
则各个截面回弹后的样条曲线构成零件回弹后的形状。
5·Part shape error due to springback is one of most important manufacturing defect in sheet metal stamping process.
回弹是金属板料冲压中的主要缺陷之一，它可以通过修正模具形状加以解决。
6·The conceptions and testing methods of the plastic deformation threshold and springback potential are introduced.
介绍了型砂塑性变形临界值、回弹势能的概念及其测试方法；
7·This study investigates the mechanism of both forming process and springback of the draw formed panel with double curvature.
研究了双曲扁壳覆盖件的成形机理及回弹特点，分析了双曲度拉延回弹机理。
8·The calculation of the springback of strips and shaped beams after their elastic-plastic bending has been solved completely.
全面地解决了板条和型材弹塑性弯曲后的回弹计算问题。
9·The conceptions of springback anti-coupled systems and equations of the structures of bar systems are introduced in this paper.
本文引入了杆系结构的回弹反耦联系统和回弹反耦联方程的概念。
10·The strategy of variable blank holding force is an effective measure for the springback control in sheet metal forming processes.
变压边力策略是在冲压件成型中控制回弹的一种有效措施。