Force sensor design principle of the stress concentration.
测力传感器设计的应力集中原则。
Big distortion and stress concentration happened near the tip of crack.
裂纹尖端附近有较大变形，应力集中明显。
The stress concentration may be reduced if adopting circular arc transition.
采用圆弧过渡可以降低应力集中现象。
The stress concentration caused by the corrosion pit was numerically analyzed.
分析了锈蚀坑存在造成钢筋应力分布变化的规律。
The expression for calculating dynamic stress concentration factor is presented.
给出了动应力集中系数的计算表达式。
The expressions for calculating the dynamic stress concentration factors are given.
给出了界面处动应力集中系数的表达式。
The stress concentration factor of cylinder is much larger than that of other three kinds.
圆柱形颗粒的应力集中在基体达到屈服后要远远高于其他三种颗粒。
The Phenomena of stress concentration of tubular T joints are investigated widely in this paper.
本文对T型管状接头的应力集中现象进行了广泛的研究。
And the paper shows a reasonable connecting form by comparing stress concentration coefficients.
通过对应力集中系数的比较，提出了较为合理的连接形式。
Finite element analysis shows that there are three stress concentration areas inside the bearing.
有限元分析表明，轴承内部存在三个应力集中区域。
Increased hanging area and weighting of main roof caused abutment stress concentration and stress transfer.
由于悬露面积增大或老顶来压引起支承压力集中和转移。
Stress concentration caused by chamber's excavation engenders tensile and compressive stress to surrounding rock.
洞室开挖会使围岩周边产生应力集中，产生拉应力与压应力。
Because of the continuous energy accumulation of stress concentration units, hardening process of medium emerges.
应力集中单元由于能量的不断积累，介质出现硬化过程。
Produced stress concentration if weld reinforcement too large for submerged arc welding, so it should be control.
埋弧自动焊焊缝余高过大会对压力容器产生应力集中的影响，因此应加以控制。
All stress concentration factors so far presented in this book discussed the geometric or full theoretical values.
本书内所提到的全部应力集中系数都是几何的或纯理论值。
The research shows that the stress concentration is large near the interface of each component in the area of node.
研究表明，节点区域内各构件的接触面附近，存在较大的应力集中现象。
Conclusion: the main reason of refracture through the last screw hole in plate fixation is over-stress concentration.
结论钢板边缘末位螺丝钉孔处再骨折的发生，主要与钢板两端应力集中有关。
The soft joint can suit to the nonuniform settlement of foundation and decrease stress concentration at connection part.
软接头能较好适应地基不均匀沉陷，减小心墙和防渗墙结合部的应力集中。
In this paper, by considering the contact between hollow slab and rubber bearing to study the stress concentration issue.
本文通过考虑橡胶支座与板端底面之间的接触问题来研究板端应力集中现象。
Plating into a transition (radius transition or undercut) will create a stress concentration that can cause crack initiation.
如果过渡段被电镀(倒角和内切槽)将会产生应力集中，造成裂纹。
Coefficients of dynamic stress concentration change with lining aperture, thickness of lining, wave number and type of lining.
介质和衬砌内动应力集中系数随孔径、衬砌厚度、波数变化而变化，且与衬砌性质有关。
Tensile and fatigue tests showed that this detector can effectively detect Che stress concentration of ferromagnetic component.
拉伸和疲劳循环试验说明了所研制的仪器能有效地检测构件的应力集中。
Care shall be taken to avoid stress concentration due to welding, heating and discontinuity of the structure or build-in stress.
应该特别注意由于焊接，加热和结构的非连续性产生的应力集中和嵌入的应力。
Change of section appearance is related to stress concentration of glass fiber on the base resin and on hindering of crack extension.
断面形貌的变化与玻纤在基体树脂中的应力集中作用及对裂纹扩展的阻碍作用有关。
The hollow beam construction not only produce the stress concentration, reduce the effect of beam mass but also extended the bandwidth.
采用空心梁结构不仅能产生应力集中而且能减少梁的自身质量带来的影响，可以有效地展宽频带。
The result shows that the stress concentration caused by eccentricity and deflection located in a smail part near the transition region.
结果表明，由偏心和偏斜所产生的应力集中位于接近过渡区的一个不大的范围内。
The results show the stress concentration caused by acute angle effect and the high temperature are the primary cause of producing crack.
结果表明，尖角效应引起的应力集中和热处理淬火加热温度偏高是导轨端面产生裂纹的主要原因。
Thus, the stress concentration factor due to the misalignment should be considered in the analysis of fatigue life of the local structures.
因此，在对局部结构进行疲劳强度分析时，应考虑错位对于应力集中系数的影响。
Formation permeability is decreased and well production is affected due to compaction effect caused by stress concentration after drilling.
钻井后因应力集中产生的压密效应，使地层渗透率降低，影响油井产量。
Formation permeability is decreased and well production is affected due to compaction effect caused by stress concentration after drilling.
钻井后因应力集中产生的压密效应，使地层渗透率降低，影响油井产量。
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