1) Gradient shear stress
梯度切应力
1.
Gradient shear stress induces vascular endothelial cells proliferation;
方法应用具有切应力梯度的平行平板流动腔(梯度切应力组)和普通矩形平行平板流动腔(恒定切应力组),分别对ECs施加0。
2) stress gradient
应力梯度
1.
The shear zone boder and the belt of the transition between the secondary shear zones where the stress gradient changed greatly are f.
成矿的有利部位是剪切带的边缘及次级剪切带问的过渡地带，它们是剪切带内应力梯度变化大的地带。
2.
Electric conduction,stress and stress gradient control are two key points in fabricating plasma enhanced chemical vapor deposition(PECVD) silicon carbide resonators.
等离子增强化学气相沉积(PECVD)SiC谐振器的制作面临导电和应力及应力梯度控制问题。
3.
An attempt was made to predicte fatigue life from rotating bending to push pull by using the stress gradient relation on the section of specimens for carbon steels.
同时，在旋转弯曲载荷条件下，通过建立试件表面应力应变与名义应力应变关系式，如果得出在单向拉压圆形试件名义应力与旋转弯曲圆形试件表面应力相等时，通过试件断面上的应力梯度值和材料的静拉伸强度值，可以简便地预测出材料任何尺寸大小、一定应力水平下的疲劳寿命；也可以由已知载荷形式下的疲劳寿命数据预测其他载荷形式下的疲劳寿命。
3) gradient stress
梯度应力
1.
A method is developed to simulate the deformation,with no need to measure the gradient stress.
InP基微光机电系统(MOEMS)可调谐器件的梁在实验中常出现弯曲变形的现象,其原因是在生长的时候,As原子进入InP梁,产生了内部梯度应力。
4) in-situ stress gradient
地应力梯度
1.
On the basis of coal seam having outcrop of coal seam and outlet on ground,the method for calculating coalbed gas pressure from the one-dimensional stable gas flow equation by considering deeply the influence of in-situ stress gradient and geothermal temperature is presented.
针对煤层在地表有露头或出口的情况，根据煤层瓦斯渗流方程，提出了考虑煤层温度和地应力梯度变化的煤层瓦斯压力的计算方法。
5) Shear stress gradient
剪应力梯度
6) high stress gradient
应力高梯度
1.
Because the approximation of displacement field is based on moving least squares (MLS) method, meshless computation has some advantages over traditional finite element method (FEM) in dealing with structural problem with high stress gradient.
基于移动最小二乘法的无网格计算 ,采用线性基函数即可得到C1连续位移场 ,使得应力、应变场在整个求解域内保持连续 ;节点之间脱离了单元的约束 ,对求解域进行离散和加密节点时变得十分灵活 ,因此适合分析应力高梯度问题。
补充资料：等效切应力
等效切应力
equivalent shear stress
dengxlaoq一eyingll等效切应力(equivalent Shear stress)一般应力状态下的各应力分量经适当组合而形成的与纯剪切应力等效的应力，也称统一切应力，切应力强度。其表达式为一六寸(一，2+(一，2+(一)2 等效切应力与偏应力张量二次不变量(见应力张量)的关系为二一了，万，与八面体切应力二(见八面体应力)仅差一常系数，与坐标轴变换无关。 (王占学)
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