应力下降 meaning in Chinese
stress drop
Examples
- On the basis of the findings listed above , it is believed that pt would remodel and change its mechanical properties in response to the changes of mechanical stress exerted on it when the knee is immobilized
上述结果表明膝关节制动使得髌韧带所受应力下降，为适应这种改变，组织将进行重塑，从而导致其力学特性的改变。 - It was also demonstrated that rosin in hybrid polymer functioned as a plasticizer to reduce glass transition temperature , which resulted in the reduction of strength and increase of elongation of polymer films
力学性能分析显示歧化松香在杂合物中起到了增塑剂的作用，降低了聚合物的玻璃化转变温度，使得断裂应力下降而断裂伸长率有所增长。 - The combustor do n ' t fail if transient rise of temperature field is neglected , the stress field of combustor can n ' t cause gas film wall rupture . 2 . combustor ' s creep and relaxation is calculated in steady temperature field , the results show that creep and relaxation is not main reason destroying combustor chamber
对稳态温度场下的蠕变松弛计算表明，高温下的蠕变松弛促使火焰筒的热应力下降，在所考虑的条件下稳态温度场导致火焰筒的蠕变变形不是火焰筒破坏的主要原因。 - The metastable austenitic phase of s s fiber at the interface of the fiber / cu composite would turn back to equilibrium with the interfacial energy and inter stain inducing , when the cu films were separated from s s fiber . so the magnetism value of the s s fiber declined . the information of grain - orientation at the interface of the fiber / cu composite can serve as a mechanism responsible for its declining coercivity , and a part of cu elements diffused into s s fibers
不锈钢纤维铜复合体去除铜层后，原有的界面能及应力下降，使得原纤维界面处弱磁性的部分亚稳奥氏体，恢复到平衡态，它们对样品s测试结果不再有贡献；不锈钢纤维铜复合体中，处于界面处的纤维晶粒具有很强的轴向取向排列，当晶粒取向性减弱，磁畴转动的阻力增加，磁体的矫顽力上升。 - With the content of iron carbide in carbonyl iron decreasing , and rise , and shear stress ( at ) induced by magnetic field of mrs declines , the shear rate corresponding to the maximum at ( " y max ) heightens , and the response time of a t shortens . with the content of dmf increasing , the size of carbonyl iron reduces so that a t of mrs enhances , and increases with h more rapidly and " y max heightens
随着羰基铁粒子碳化物含量的减少， 、增加，而mrs的磁致剪切应力下降，最高剪切速率_ ( max )增加，磁流变响应时间缩短；随着dmf用量的增加，羰基铁粒子的二次颗粒尺寸减小， mrs的增加，且随外加磁场强度h增加的速率提高， _ ( max )提高。