1) shearing transversal crack
剪切横裂
1.
The shearing transversal crack in slab is resulted from the intercystalline crack of continuous casting blank at relevant position.
板材剪切横裂纹源于连铸坯相应部位的柱状晶晶间裂纹,而柱状晶晶间裂纹是由于矩形连铸坯宽面柱状晶区的收缩应力向两侧传递,在靠近窄面柱状晶区末梢形成拉应力,进而造成柱状晶晶间裂纹。
2) shear-wave
剪切横波
3) transverse shear
横向剪切
1.
Stability analysis by means of finite element method for the composite material revolution shell and the effect analysis of the transverse shear deformation;
复合材料旋转壳稳定性有限元分析和横向剪切变形的影响分析
2.
The problem of nonlinear dynamic buckling of symmetrically laminated, cylindrically orthotropic truncated shells including transverse shear has been studied.
建立了对称层合圆柱正交异性开顶扁球壳考虑横向剪切的非线性振动微分方程 ,根据突变理论建立了该壳体动态屈曲的突变模型 ,得到了动态屈曲的临界方
4) transverse shear deformation
横向剪切
1.
The linear and geometric nonlinear buckling load including transverse shear deformation are calculated by Timoshenko first-order shear deformation theory and Reddy higher-order shear deformation theory respectively.
本文利用一阶剪切理论和Reddy高阶剪切理论计算了考虑横向剪切变形影响的复合材料层合圆柱壳的线性失稳载荷和几何非线性失稳载荷。
2.
The displacement field ensures the continuity of displacements and transverse shear stresses at each interface and includes the influence of transverse shear deformation on the response of laminates.
该位移场满足层间位移和横向剪应力的连续性，较充分反映了横向剪切对层合板壳力学行为的影响，但位移场的变量和运动方程均为五个，与一阶剪切变形理论相同。
5) transverse shearing
横向剪切
1.
According to the three-dimensional virtual work equation, the nonlinear equations of equilibrium that include the effects of transverse shearing a(?)e derived for thick rectangular plates on Winkler foundation.
根据三维虚功方程,导出在Winkler地基上,考虑横向剪切影响的矩形厚板的非线性平衡微分方程,得到四边简支矩形厚板在均布、集中及线载荷作用下的精确解。
6) lateral shear
横向剪切
1.
The buckling governing equation with consideration of lateral shear effect is solved by finite difference method.
研究复合材料层合杆被一质量块以某一速度沿轴向进行碰撞而导致的动力屈曲现象,采用不同的横向剪切理论,并用差分方法对杆的动力屈曲方程进行求解。
补充资料：横文
横文
横文 ①大横穴。《千金要方》：“大小便不通，灸横文百壮。”《千金翼方》：“多汗，四肢不举少力，灸横文五十壮，在侠脐相去七寸。”即神阙旁开3.5寸处，与大横定位相同。 ②横纹。参见该条。
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