1) Mises stress
Mises应力
1.
Findings show a rapid increase first and a steady decline later in Mises stress of casing in conventional wells with a rise in elastic modulus of cement sheath.
研究结果表明,随着水泥环弹性模量的增加,套管内壁Mises应力先急剧增加,后呈缓慢下降趋势;在套管Mises应力达到最大值之前,降低水泥环的弹性模量,可以对套管起到明显的保护作用,这一点对于热采井注汽期间的套管保护效果更加显著;地层弹性模量越大,常规井中套管内壁的Mises应力值越小,而热采井注汽过程中套管内壁的Mi-ses应力值则越大。
2) Von Mises stress
Von Mises应力
1.
The largest Von Mises stress influences of various structural parameters were searched.
本文建立了金刚石圆锯片的切削力分析模型,采用有限元的方法对金刚石圆锯片的水槽结构,以水槽的倾斜角度(水槽与径向之间的夹角)、水槽的底孔半径、水槽左、右侧边的角度结构参数为试验因素,进行静力分析计算,探讨各种结构参数对锯片最大Von Mises应力的影响。
2.
The maximum Von Mises stress inside the casing will increase gradually when the circumferential angle of the void changes from 20° to 80°,and the maximum Von Mises stress inside the casing will decrease gradually when the circumferential angle of the void chan.
分析结果表明:(1)地层中空隙的存在会降低套管的抗挤强度,空隙周向角度从20°变化到80°,套管内最大Von Mises应力逐渐增大,空隙周向角度从80°变化到180°,套管内最大Von Mises应力逐渐减小;(2)空隙压力的降低,会使套管内最大Von Mises应力增大,当空隙周向尺寸足够大时,空隙压力pv下降会导致空隙内地层边界与水泥环接触,从而减缓套管内最大Von Mises应力增大的幅度。
3.
The maximum Von Mises stresses in jaw bone and sensitivity to D and L were evaluated.
0mm,观察D和L变化对颌骨Von Mises应力峰值的影响,同时进行颌骨VonMises应力峰值对变量的敏感度分析。
3) Von-Mises stress
Von-Mises应力
4) Mises stress field
Mises应力场
5) the Mises stress distribution
Mises应力分布
1.
The simulated M-θr relationship of the semi-rigid joints are obtained and the Mises stress distribution in beams and columns are discussed based on the finite element analysis.
通过有限元模拟分析,讨论了这种模拟节点的Mises应力分布,得到了模拟的M-θr曲线,可为该类节点的设计提供参考。
6) maximum Mises stress
最大Mises应力
1.
A mixed-mode fracture criterion based on maximum Mises stress on radial plane under three-dimensional stress condition;
考虑三向应力效应的最大Mises应力复合断裂判据
2.
With ANSYS software and adopting three-dimensional finite element method(FEM),the study is performed on the maximum Mises stress of nozzle with reinforcement pad,which has penetrated cracks in its shoulder and effected by internal pressure.
研究表明,在弹性范围内,此结构的最大Mises应力与内压呈线性关系,且结构最大Mises应力的位置为接管腹部下方容器和补强圈的焊接处。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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