Chinese translation for "shear yield stress"

剪切屈服应力

Related Translations:

yielding water:  出水

root yield:  根重

scouring yield:  精练率净毛率

yield traits:  产量性状

yield optimization:  回收率最佳化

yield range:  屈服区域

wafer yield:  晶片成品率

nuclear yield:  核弹药威力核当量

firm yield:  稳定产量

redemption yield:  偿还收益赎还收益率

Example Sentences:

	1.	Numerical analysis on shear yield stress of magnetorheological fluids 磁流变液剪切屈服应力的数值分析
	2.	The rapid and reversible change between fluid and solid enables erf potential applications in mechatronic devices , cars and general machines . the transmission ability of a self - made cylinder coupling with zeolite - based erf was investigated , the torque transmission of the coupling in wide ranges of driving speed and electric field was measured . the relationship between the transmission torque , the zero field viscosity of erf and shear yield stress of erf under different electric fields was obtained and compared with theoretical prediction 本文用沸石和硅油配制的电流变液，在自制圆筒式联轴器上研究了在一定的速度范围和有无电场作用条件下测量了其扭矩传递能力，获得了传递扭矩与零电场电流变液粘度以及电场中电流变液的剪切屈服应力之间的关系，并与理论值进行了比较。
	3.	By using a cell equivalent method , the present model can deal with the face - center square structure of erf . combining the scheme of the classical conductivity model for the single - chain structure , a new formula for the prediction of the shear yield stress of erf is set up . the influences of the separation distance of the particles , the volume fraction of the particles and the applied electric field on the shear yield stress are investigated 在电导模型的基础上，建立在电流变液体在外加电场的作用下，粒子之间会形成某种特定的微观结构，利用等效胞元的方法，将这微观结构等效成一个平板，建立了等效的微观结构平板模型，通过计算电流变液体内部的局部电场，对电流变液体的工作机理和剪切屈服应力进行了预测，并且分别考虑了在不同的粒子间距、不同的粒子浓度、不同的外加电场的情况下，对剪切屈服应力的影响。
	4.	In the case of dipole model , it gets the precision distribution of the electric field of the inside and outside of the particle by solving the laplace equation . the influences of the separation distance of the particles on the shear yield stress are investigated . and the result of the laplace is also contrasted with the result of the finite element by ansys software 在极化的状况下，利用求解laplace方程，求解出多粒子下粒子内部的和周围的局部电场的表达式，求解出粒子表面的极化电荷、粒子内部的和外部的局部电场，考虑了粒子间距对局部电场的影响，还分析了，在不同外加电场下对局部电场的影响，并且与ansys有限元的数值结果模拟进行了对比。

Similar Words：

"shear web" Chinese translation, "shear welder" Chinese translation, "shear winder" Chinese translation, "shear work" Chinese translation, "shear yield point" Chinese translation, "shear zone" Chinese translation, "shear zone landslide" Chinese translation, "shear zones" Chinese translation, "shear-banding" Chinese translation, "shear-blind ram" Chinese translation