词语:应力热度:27

词语应力拆分为汉字:

应字的拼音、笔画、偏旁部首、笔顺、繁体字,应字字源来历,应字演变

1. 应 [yīng]2. 应 [yìng]应 [yīng]该,当,又引申料想理该如此:~当。~该。~分(fèn )。~有尽有。回答:答~。喊他不~。~承。随,即:“桓督诸将周旋赴讨,~皆平定”。姓。应 [yìng]回答或随声相和:~答。呼……

力字的拼音、笔画、偏旁部首、笔顺、繁体字,力字字源来历,力字演变

人和动物筋肉的效能:~气。~量。一切事物的效能:视~。生产~。控制~。物理学上指物体之间相互作用,引起运动加速或形变:~学。作用~。保守~。用极大的力量:尽~。~挫。~挽狂澜。姓。……

 

查询词语:应力

汉语拼音:yìng lì

词语应力基本解释

物体由于外因(受力、湿度、温度场变化等)而变形时,在物体内各部分之间产生相互作用的内力,单位面积上的内力称为应力。同截面垂直的称为正应力或法向应力,同截面相切的称为剪应力或切应力。

词语应力在线造句

    • The long- term monitoring of secondary tunnel lining stress and strain is always a focus problem in geotechnical engineering field.

      隧道二次衬砌应力、应变状态的长期监测,一直是国内外岩土工程界关注的焦点。

    • It is obtained that the SIF increases with the length of the surface crack or the reflective crack enlarging in the asphalt pavement.

      得出了含表面裂缝和反射裂缝路面体的应力强度因子均随着裂缝长度的增加逐渐增大。

    • As the yarn is twisted, internal forces are built up in the direction of the twist.

      当纱线被加捻的时候,在捻度的方向上也会相应地形成内应力。

    • The constitutive relation thus obtained may be applied to fault of any occurrence and subjected to arbitrary stress conditions.

      这些关系可应用于承受任何应力的不同走向和倾角的断层。

    • Detailed stress analysis was carried out for a section of the pipeline including an eccentric reducer on which long cracks appeared twice.

      进而对曾两次出现长裂纹的偏心异径管管段进行细部应力分析。

    • All-Star center Yao Ming is out for the season with a stress fracture in his left foot, a stunning blow to the surging Houston Rockets.

      来自休斯顿的报道——全明星中锋姚明因为左脚应力性骨折将缺席本赛季,这对于休斯顿火箭队无疑是一个巨大的打击。

    • Test shows that the depth of residual compressive after chemical heat treatment is correspondent with that of diffusion layer.

      试验表明,化学热处理后残余压应力的深度往往与渗层深度相一致。

    • Furiously they told him that the administration had no understanding of the realities, demands and stresses of military life.

      他们告诉他疯狂政府曾知道现实,要求军队生活的应力和变形。

    • A body is said to be in a state of plane stress or alternatively in a two-dimensional or biaxial state of stress.

      据称该物体处于平面应力状态或二维应力状态或双轴应力状态。

词语应力百科解释:

应力是一个矢量,沿截面法向的分量称为正应力,沿切向的分量称为切应力。物体中一点在所有可能方向上的应力称为该点的应力状态。过一点可作无数个平面,但通过下面的分析可知,只需用过一点的任意一组相互垂直的三个平面上的应力就可代表点的应力状态,而其它截面上的应力都可用这组应力及其与需考察的截面的方位关系来表示。