基本释义:

扭矩杆

网络释义

1)Torque arm,扭矩杆

2)torque,扭矩

3)torque moment,扭矩

4)twisting moment,扭矩

5)torsion,扭矩

6)torsional moment,扭矩

用法和例句

Influence of Twin-screw Extruder Screw Element Type on the Torque and Pressures during Extrusion;

双螺杆挤压机螺杆元件类型对扭矩和压力的影响

The design of the explosion-proof torque recorder based on snap-in chip;

基于嵌入式芯片的防爆扭矩记录仪的设计

New model for forecasting drag and torque in Extended Reach Well.;

大位移井摩阻/扭矩预测计算新模型

Analysis of torque moment in friction stir welding;

搅拌摩擦焊中的扭矩分析

Tests of measuring torque moment verified that circuits with four strain gauges could get rid of the influence exerted by the bending moment.

介绍了三种测应变的线路,通过实验证实,在测扭矩时,用4片电阻应变片构成的线路,可以排除弯矩的影响。

It is a widely existent phenomenon that the working torque moment of theConform machine main shaft undulates periodically.

CONFORM机主轴工作扭矩周期性波动是一种普遍存在的现象。

Based on the disassembling and examining and analyzing of the broken shaft, the over twisting moment or over torque trouble caused by blocking steel and retreating steel is determined and the improving proposals are put forward.

针对一起生产企业和设备生产厂家有争议的SWC440万向轴断轴事故进行了检测分析,通过对断轴进行解体、检测、分析认定,由于“卡钢”和“退钢”造成扭矩或转矩过大形成事故。

By computing the twisting moment of one cap beam by traditional and finite element method respectively,the differences between the two methods are got.

通过分析用常规计算方法和有限元算法对同一桥墩进行扭矩计算结果的巨大差异,得出了常规算法过于保守,不利于客观地评定盖梁的抗扭承载力,同时也说明了用空间梁单元,计算盖梁扭矩的合理性。

Experiment on cylindrical helical spring in double direction realizing the test of torsion;

用双向扭转圆柱组合螺旋弹簧实现扭矩测试

The application of finite element method in torsion calculating of deep hole drill is introduced.

用有限元法分析了钻头容屑槽单元的划分 ,列出了深孔钻头扭转时的应力、扭矩和刚度的计算公式 ,为应用计算机对钻头扭转的计算提供了理论依据。

The reason of high torsional moment of decanter centrifuge was theoretically analyzed.

通过理论分析及与同类装置离心机组技术参数的对比 ,指出了造成离心机扭矩高的主要原因是离心机转鼓转速过高 ,并采用减小转鼓转速的方法 ,使离心机的扭矩降低了约 1 9%。

On the basis of the principles of differential geometry, We have found the balanced eq "ations of the ideal sliver and obtained the for,nulas for calculation of torsional moment.

本文建立了固定假捻器的简化模型，根据微分几何原理推导出理想纱条的平衡方程，并得到扭矩的计算式。

In this paper,based on principles of differential geometry, authors illustrated the conditions of forming false twist and rules of friction's variations,abtained simplified formula for calculation of torsional moment.

本文应用微分几何的原理详细论述了假捻产生的条件及摩擦力的变化规律，推导出纱条扭矩的简化计算公式。