1) shape-changed strength ratio
屈服形状改变比能
1.
Methods Found the relationship of aortic dissection false lumen s ectonexine of aortic tunica media by test and measurement their shape-changed strength ratio.
方法通过胸主动脉夹层假腔内外层的屈服形状改变比能,发现两者间的关系。
2) distortion energy density
形状改变比能
1.
Studies on transformation from M-C criterion to Drucker-Prager criterions based on distortion energy density
基于形状改变比能对M-C准则与D-P系列准则匹配关系的研究
3) energy parameter S
形状改变比能参量
1.
The test of the strain release coefficients was simulated,and the energy parameter S was obtained based on the FEM analysis resu.
并对随形状改变比能参量S变化的应变释放系数塑性修正公式进行了推广。
4) deviator strain energy density
形状改变比能密度
1.
The deviator strain energy density factor Sd is considered here as a fracture criterion for mixed-mode fracture.
将形状改变比能密度因子Sd用于建立复合型裂纹的断裂准则。
5) compliance
[英][kəm'plaɪəns] [美][kəm'plaɪəns]
屈服形变
1.
The compliance effect of a high-speed ball-screw feed-drive system is modeled in this work.
文中建立了高速滚珠丝杠进给系统屈服形变模型。
6) yield deformation
屈服变形
1.
This author mainly discusses the method to verify accurately the uy(yield deformation)of Q-u curve with unclear yield point.
对屈服点不明显的Ｑ－ｕ曲线如何准确地确定Ｕｙ（屈服变形）值得探讨。
补充资料：比结合能
| 比结合能 specific binding energy 原子核内每个核子的结合能。又称平均结合能，是确定核的稳定性的物理量。见核结合能。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条