1) mechanical and electrical damages
力电损伤
1.
,the constitutive equation and equilibrium equation for extended plane stress piezoelectric damage problems are obtained,and then effects of opening angle and depth on the mechanical and electrical damages ahead of a piezoelectric notch are investigated with finite element method.
基于Yang等建立的三维各向异性压电损伤本构模型,给出了广义平面应力压电损伤问题的本构方程和有限元平衡方程,运用有限元方法分析了张开角和深度对切口前沿力电损伤分布的影响规律。
2) electrical stress damage
电应力损伤
3) mechanical and electrical damage extension force
力电损伤扩展力
1.
On the basis of the analysis,the mechanical and electrical damage extension forces had influence on fracture.
模型1以力损伤扩展力作为依据;模型2则以力电损伤扩展力的线性组合作为依据。
4) strength loss
强力损伤
1.
Two processes for crease-resistant & easy-care finishing of top grade shirting fabrics have been developed and DP rating of the treated fabric is above 4 with formaldehyde content less than 50mg/kg and strength loss below 40%.
实验开发了两套对于高级衬衣面料抗皱免烫整理工艺,整理过后的织物DP可达到4级以上,布面甲醛含量在50mg/kg以下,强力损伤可以控制在40%以下。
5) damage mechanics
损伤力学
1.
Study on characteristics of damage mechanics of ferrite ductile iron;
铁素体球墨铸铁损伤力学特性的研究
2.
Fracture mechanics and damage mechanics application of concrete;
断裂力学和损伤力学在混凝土中的应用
3.
Method of damage mechanics to determine the p-S-N curve of material;
确定材料概率疲劳曲线的损伤力学方法
6) dynamic damage
动力损伤
1.
The relationship between dynamic damage and life activity of Bacillus subtilis was studied.
研究了枯草芽孢杆菌细胞的动力损伤与菌体失活的关系。
2.
A dynamic damage constitutive model was developed accounting for the effect of the initial elastic modulus of the concrete for dynamic analyses of concrete structures.
该文研究考虑初始弹模变化的混凝土动力损伤本构模型的建立方法。
3.
Based on the static damage constitutive model,two hypothesises have been proposed by the authors and a dynamic damage constitutive model of concrete under uniaxial tension or compression has been deduced.
本文根据现有的混凝土静力损伤本构模型，结合混凝土在快速变形下的性能试验成果，提出一定的假定，推得混凝土的动力损伤本构方程。
补充资料：电损伤
电损伤
electric injury
俗称"触电"，"电击性损伤"，是由于人体接触电源，使一定量的电流通过人体，造成机体损伤和功能障碍。可由误触、漏电或闪电雷击引起。触电的多少这要取决于人体的皮肤电阻（R）与电源电压（E）。（电流强度=E/R）如果电压不变，皮肤电阻越低，此时通过人体的电流则越大；如果电阻不变，电源的电压越高，通过人体的电流也就越多，而电流越强，危害就越大。电对人体的损害为电灼伤，局部有深度灼伤。严重者损害深部组织，内脏器官，使组织破坏、焦化和炭化。其临床表现为轻者有头晕、心悸、四肢软弱、全身无力；重者立即昏迷，强直性收缩、紫绀、休克、心跳呼吸停止（称*假死状态）；严重者死亡。
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