1) Stress circle
应力圆
1.
The relationship between the principal stresses and principle planes is proved byusing the stress circle, and concise and simplified identification method is introduced for actual applications.
用应力圆证明了主应力与主方向角之间的对应关系 ,给出了简捷判别方
2.
It is proved that stress component of skew section about three dimensional stress state is corresponding to shaded parts of three dimensional stress circle,and the method of drawing stress component of three dimensional stress state skew section with graphic method is researched.
证明了三向应力状态斜截面上应力分量与三向应力圆阴影部分相对应,研究了用图解法画出三向应力状态斜截面上应力分量的方法。
2) circle of stress
应力圆
1.
The method by circle of stress is used for calculating the active earth pressure extended to cohesive soil with a slope angle on Rankine s theory.
应用应力圆将Rankine理论计算主动土压力的方法延伸至坡面具有倾斜角的粘性填土,得出主动土压力强度沿墙背呈非线性分布的规律。
2.
A method to draw the circle of stress and analyze the status of stress by computer is introduced.
阐述了用计算机绘制应力圆并进行应力状态分析与计算的方
3) crankshaft fillets stress
圆角应力
4) stress number diagram
应力圆图
5) circumferential stress
圆周应力
1.
Based on the Hertz contact theory and curve beam theory,an analysis is made of the influence of the circumferential stress of the turntable support hollow wheels on the von Mises stress peak value and location of the wheel-rail contact.
以Hertz弹性接触理论和曲梁理论为基础,分析了回转支承空心钢轮的圆周应力对轮轨接触von Mises应力峰值及其位置的影响,通过采用平面应变有限元的进一步分析表明,降低钢轮截面梁高可以提高钢轮的径向柔度,同时圆周应力可以有效地抑制接触正应力,提高钢轮接触强度,但可能使钢轮接触区内von Mises应力峰值点从中间向两侧分离,导致应力循环次数翻倍,影响疲劳强度。
6) stress ellipse
应力椭圆
补充资料：应力圆
见莫尔圆。
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