剪剪风，情思绕。
复合剪切面破坏。
A fluid cannot withstand a shear.
流体不能承受切应力。
剪切性能好。
There will be no shear on this surface.
在该表面上没有剪切作用的存在。
High shear stress inhibited Lip production.
高剪应力对酶活有抑制作用。
In that it is flat with little or no shear lips.
在这种情况下，它是平的带有较小的或者没有剪切边。
Accurate shear is an important unloading method.
精密剪切是重要的下料方法。
And osteoblast is most sensitive to shear stress.
其中成骨细胞对剪切应力最敏感。
The frame shear-wall system is adopted in design.
工程结构采用了框架-剪力墙体系。
Also, consider throughput rate and shear sensitivity.
此外，还要考虑产率和剪切敏感性。
Shear failure is a basic failure mode of borehole rock.
井眼剪切破坏是井眼岩石基本破坏形式之一。
The concept of constant shear strain point was proposed.
提出了常剪切应变点的概念。
The behaviour is general turbulence when shear is small.
切变较小时为普通湍流形态；
The pumps must be of the low shear Archimedes screw type.
泵必须是低剪切力的阿基米德螺旋式泵。
At last, the calculation of shear failure Angle is derived.
最后对土体剪切破裂角的计算进行了推导。
It can transfer shear to the base from the column baseplate.
能满足钢结构柱脚向基础传递较大水平力的要求。
Extra high shear resistance and adhesion, can bear great force.
极高的抗剪切强度和粘接强度，可承受很大的外力。
Tie beam is an important element in frame-shear wall structure.
连梁在框架-剪力墙结构中，也是很重要的一个构件。
The shear cliff at Yosemite is an example of such rock breakage.
优胜美地的断崖就是这样一种岩石碎裂的例子。
You might be more familiar with a different shear-thinning fluid.
你可能会更熟悉不同的剪切稀化流体。
For its shear simplicity, it is also the oldest product on the market.
剪简单的，也是最古老的产品上市。
It is shown that the bumps can supply sufficient shear strength for use.
由实验结果可知钎料凸台可以提供足够的剪切强度。
The main shear stress and its hydraulic system, calculation and research.
主要对其剪切力和液压系统进行计算和研究。
Shear Angle research is one of the basic problems in metal cutting theory.
剪切角的研究是金属切削理论中的一个基本问题。
Energy variation principle is a good method to solve the shear lag effect.
能量变分法是求解剪力滞问题的一个有效方法。
Now the achievements of study in bending theory keep ahead of shear theory.
目前碳纤维抗弯加固理论的研究已远远领先于碳纤维抗剪加固。
And this conclusion has also been verified by double shear creep deformation.
此结论进一步得到一种带缺口剪切蠕变试验的验证。
And this conclusion has also been verified by double shear creep deformation.
此结论进一步得到一种带缺口剪切蠕变试验的验证。
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