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1)  distribution of the compressive stress
压应力分布
1.
The bearing stress of the concrete at the bottom of the track, the local bearing stress of neck and the cross-sectional bending stress of the track are calculated according to the regularities of distribution of the compressive stress.
采用有限单元法对大型水工轨道压应力分布进行分析。
2)  Compressive stress redistribution
压应力重新分布
3)  Stress Distribution
应力分布
1.
Deformation model and stress distribution of continuous extrusion process;
连续挤压变形力学模型与接触应力分布规律
2.
Application of homogenization method on the analysis of micro-stress distribution in non-continuous carbon nanotube reinforced composites;
均质化法在分析非连续碳纳米管增强复合材料微观应力分布规律中的应用
3.
Electromagnetic radiation laws of the stress distribution in working face;
回采工作面应力分布的电磁辐射规律
4)  distribution of stress
应力分布
5)  stress distributing
应力分布
1.
By means of finite element method, we analyze the stress distributing and fatigue state of tube mill hollow shaft of some factory applied self-produce FE soft ANSYS, provide the bases for estimating working circumstance of tube mill of running state.
利用有限元分析方法,应用自制的有限元软件ANSYS程序,对某厂管磨机出料中空轴的应力分布及疲劳状态进行分析研究,从而为判断运行状态中管磨机的工况提供依据。
2.
The stress distributing on the tube surface was measured.
利用光学显微镜和扫描电镜对7075-T6铝合金管材破裂断口特征及其覆盖物进行了分析;测试了管材表面的应力分布。
6)  strain distribution
应力分布
1.
Objective: Toanalyze thestrain distribution of bonearound theimplant?s cervical and apical area onvertical loads with linear strain gauges.
目的:在模型上比较在不同部位施加不同大小的垂直负荷对种植体周围骨的应力分布的影响。
2.
Objective To find out the character of the its strain distribution.
目的了解骶髂关节面应力分布的规律。
3.
Using ANSYS creates finite element calculating model of GIS shell flange,flange strain distribution disciplinarian with bolt pretightening force and without bolt pretightening force is obtained by applying PRETS179 and PTSMESH and is compared with the experimental result.
利用ANSYS软件建立GIS壳体法兰的有限元计算模型,用PRETS179和PTSMESH模拟壳体法兰在有螺栓预紧力作用和没有螺栓预紧力作用下的应力分布规律,并与实验结果进行比较。
补充资料:应力分布
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性质:物体在加载的情况下,其表面和内部各点所受的应力大小和方向、应力分布不仅与材料性质和该物体的几何形状有关,而且与载荷大小和加载方式有关。弄清受载物体的应力分布是工程中十分重要的问题。测量应力分布的方法多种多样,如光弹应力分析、贴片法等。 

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