| 1. | Torsional stiffness of steering gear
转向器扭转刚度 |
| 2. | Torsional rigidity of section
截面扭转刚度19 |
| 3. | Calculation of overrunning clutch in a large tyre crane hoisting mechanism is conducted
在此基础上，以某大型轮胎起重机起升机构的超越离合器为例，进行扭转刚度的分析。 |
| 4. | Stiffness will decrease because of crack . the stiffness of crankshaft is changing due to open - close of crack under alternating load of crankshaft
裂纹导致曲轴的扭转刚度下降，裂纹的张开和闭合导致扭转刚度在一个工作循环中是变化的。 |
| 5. | The torsional rigidity of sedan white body to be regarded as the important mechanics property of sedan body has direct influence on the performance of the whole vehicle in various respects
摘要轿车白车身的扭转刚度作为车身重要的力学性能对整车各方面的性能有着直接的影响。 |
| 6. | This paper explores physical essence of overrunning clutch torsion stiffness , builds torsion stiffness mathematical model and give calculation method of torsion stiffness in miler overrunning clutch
摘要分析了滚柱式超越离合器扭转刚度的物理本质，建立扭转刚度的数学模型，给出了滚柱式超越离合器扭转刚度的计算方法。 |
| 7. | During the full scale model comprising an area of 28 m2 not only the conventional loading capacity tests were taken but also the rotational restraint was tested , which will provide valuable data to some similar structure members design
进行面积约28m ~ 2的足尺模型的承载力试验时，同时对蒙皮支撑的檩条进行了抗扭刚度试验，为今后同类檩条设计过程中扭转刚度的取值提供了参考。 |
| 8. | A method that could be used for reference was provided for controlling nicely the torsional rigidity of white body in the designing phase of new sedan pattern , and could also provide reasonable suggestions for the improvements on torsional rigidity of the already existed sedan patterns
为新车型在设计阶段就能很好地控制白车身的扭转刚度提供一个可借鉴的方法，也可以对已有车型扭转刚度的改进提供合理的建议。 |
| 9. | Among them 4 important body parts were emphatically studied on the influence that acted on white body torsional rigidity , and finally reached the goal of enhancing distinctively its torsional rigidity as a whole under the premise of increasing as less mass as possible of the white body
其中重点研究了4个重要车身零件对白车身扭转刚度的影响作用，并最终达到了在白车身增加尽量少质量的前提下明显提高其整体扭转刚度的目标。 |
| 10. | The results of the limited element analysis and experiment study confirms that both the resisting ended batten and using angle batten in place of plate one could make the laterally stiffness of such member more strong . that maybe provides somewhat practical benefits for designing the twin - wall truss
本文还通过矩阵分析法和模拟试验研究，证实了端缀板的存在对抵抗侧向屈曲有明显提高；而选用角钢代替缀板材料相对于板形板，有助于提高构件的侧移刚度和翘扭转刚度，这对于单轴对称缀板柱的设计也具有一定的实用价值。 |
