1.
A Study on Cyclic Shear Behavior and Softening Deformation of Saturated Clay;
饱和黏土循环剪切特性与软化变形的研究
2.
Study of coupling cyclic test of saturated clay under different stress paths
不同应力路径下饱和黏土耦合循环剪切特性
3.
The effect of different cyclic shear stress path under isotropic consolidation on the relationship of pore water pressure and accumulated energy dissipation is very little, itcan be ignored.
在均等固结条件下,不同的循环剪切应力路径对孔压—能量的关系影响很小,可以忽略;
4.
Radial flow type. Gaining large cycle flow with baffle's cooperation.
径流型，配合挡板可得上下循环流，循环量大，剪切作用好。
5.
Experimental study on shearing deformation behavior of saturated clay under cyclic stress
循环应力下饱和黏土剪切变形特性试验研究
6.
Cyclic Stress History Effects on Small-strain Shear Modulus of Silt;
循环应力历史对粉土小应变剪切模量的影响
7.
Study of monotonic and coupling cyclic shear characteristics of overconsolidated clay
超固结黏土单调和耦合循环的剪切特性研究
8.
"In power presses the actual punching, shearing, and forming are done in only a fraction of the operating cycle."
在冲床上,实际的冲压、剪切和成形加工只是工作循环的一部分。
9.
Experimental Study on Monotonic Shear Behavior and Cyclic Volumetric Strain Increase Pattern of Saturated Sand;
饱和砂土单调剪切特性与循环体变规律的试验研究
10.
Studying phase Modulation Characteristics of Liquid Crystal Spatial Modulator by Using Cyclic Radial Shearing Interference;
利用循环式径向剪切干涉术研究液晶空间光调制器的位相调制特性
11.
The shear stress in interver tebral disc mainly distributed in fibrous rings.
②椎间盘的剪切应力主要分布在纤维环。
12.
Another typical sound editing procedure is looping.
另外一种具代表性的声音剪辑手法是循环播放。
13.
Study on Behaviour Coupling Beams of Shear Wall under Circle Load;
剪力墙连梁在循环荷载下的受力性能研究
14.
Effects of seismic vibration on small strain shear modulus of saturated silt
循环振动对饱和粉土初始动剪模量的影响
15.
Effects of Weave Structure on Shear Deformation of Annular Shaped Woven Fabric
织物组织对圆环仿形机织物剪切变形的影响
16.
The Realization of Virtual Prototyping of Precision Shearing Machine Based on Pro/E
Pro/E环境下精密剪切设备虚拟样机的实现
17.
New Method for Inter-story Stiffness Identification of Shearing Structures Under Ambient Excitation
环境激励下剪切型结构层间刚度识别的新方法
18.
However, the stud welding roots in the negative moment region of the beam are often subjected to the joint action of shear stress cycling of the studs and tensile stress cycling of steel girder flanges.
但在负弯矩处栓钉焊趾往往承受栓钉剪应力循环和钢梁翼缘拉应力循环的共同作用。