1) 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。
2) the maximum of Mises stress
Mises应力最大值
1.
It is verified that adopting the maximum of Mises stress on all of the nodes of the element as the stress constraint is reasonable.
对结构优化中常用的二维连续体单元进行讨论，论证了取诸节点处Mises应力最大值作为应力约束的合理性。
3) 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。
4) Von-Mises stress
Von-Mises应力
5) 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。
6) Mises stress field
Mises应力场
补充资料：最大切应力
最大切应力
maximum shear stress
zu、da qieyingll最大切应力(maxirnum shear stress)指绝对值最大的主切应力。若各主应力间有。，>aZ>伪的关系时，则最大切应力r。二之值为r一二一红尹最大切应力所作用的平面为平分最大主应力和最小主应力间夹角的平面。(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