1) Self-rotating ratio
自扭转系数
1.
And the effects of friction coefficient and self-rotating ratio on contact stress and on forming stress and strain have been analyzed.
以钢丝绳一次捻制成形过程为例,分析了摩擦系数和自扭转系数对接触应力和加工应力应变的影响。
2.
Taking the laying process theory and the space geometric structure of wire rope into consideration, a geometric model of wire rope with self-rotating ratio has been described and a finite element model for calculating boundary condition has been presented.
根据钢丝绳捻制成形原理 ,在考虑钢丝绳空间几何形状的基础上 ,建立了引入自扭转系数时钢丝绳的几何结构计算模型和钢丝绳捻制成形有限元计算边界条件模型。
2) torsional coefficient
扭转系数
3) self rotating ratio
反扭转系数
1.
With the help of numerical computation and X ray experiment, self rotating ratio Y is discussed, which is an important laying processes parameter to the distribution of forming residual stress and the elastic spring back deformation.
采用共转坐标系弹塑性有限元法模拟了钢丝绳捻制成形过程 ,用数值计算和X射线实验分析结果探讨了捻制成形过程中的重要工艺参数反扭转系数Y对捻线加工残余应力分布和弹性恢复变形的影响规律 。
4) twisting resistance
扭转抗力系数
1.
Based on the generalized Winkler hypothesis and material strength,analytic method of twisting resistance of elastic foundation is deduced for 3-D beam structures.
在材料力学假设和文克勒假定的条件下 ,推导了地下杆系结构的弹性地基扭转抗力系数的计算公式 ,依据该计算公式推导了弹性地基的有限元刚度贡献 ,并以有限元方法编制了计算程序 。
5) cross sectional torsional coefficient
截面扭转系数
1.
First f the torsional vibration of the tangentially polarized piezoelectric ceramic slender pipe is analyzed, the electromechanical equivalent circuit is derived and the concept of the cross sectional torsional coefficient is proposed.
本文对夹心式复合结构压电超声扭转振动换能器进行了系统的理论研究，该换能器由两段金属直圆棒及切向极化的压电陶瓷圆片难复合而成，文中首先研究了切向极化压电陶瓷细长管的扭转振动特性，推出了其机电等效电路，并提出了压电陶瓷细长管截面扭转系数的概念。
6) coefficient of torsional rigidity
扭转刚度系数
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
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