1) shearing compressive plane
扭压面
2) compresso-shear structural plane
压扭性构造面
3) twist surface
扭面
1.
Study of twist surface s earthwork calculation method and its engineering application;
扭面土方量的计算方法及其工程应用
2.
Based on analyzing features of twist surfaces, a concept of interface is introduced in.
通过对扭面的特点分析 ,创造性的提出分界面及其定型公式这一崭新概念 ,揭示了扭面与 2端矩形截面及梯形截面之间的内在关系 ,对于指导扭面的正确施工放线 ,具有很强的实际意义 ,并可由此获得较高的经济效益。
4) Twist-compression
扭压
1.
Twist-compression forming is a process that a pressure is exerted along theheight direction of the workpiece, and at the same time,a twisting torque is exerted alo-ng into cross-sectoin direction during the process.
扭压变形是在变形中沿坯料高度方向施加压力的同时，沿坯料横截面方向施加扭矩，将工件与工具间接触摩擦的有害作用转变为积极的有益作用，从而减小变形力，改善工件的组织性能。
5) Compression Torsion
压扭
1.
The Analysis of Space Frame Model and Ultimate Torque Formulas of Reinforced Concrete Members Under Compression Torsion and Tension Torsion;
钢筋砼压扭和拉扭构件受力模型及承载力公式分析
6) space-twisting face
空间扭面
补充资料：不看金面看佛面
1.同"不看僧面看佛面"。
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