1) Large Interference Joint
大过盈量联结
1.
The Research and Design of Transmitting Large Torque with Large Universal Shaft of Large Interference Joint;
大过盈量联结的大型万向轴传递大扭矩的研究与设计
2) large interference connection
大过盈量联接
3) Interference Fit
过盈联结
1.
Study on the Performance of Interference Fit for the High Speed Spindle;
高速主轴过盈联结特性研究
2.
Analysis and optimization of reliability for interference fit;
过盈联结的可靠性分析与优化
3.
In this paper,many factors to the reliability of the plug interference fit are analyzed.
通过对影响压套过盈联结可靠性的各种因素分析,对曲轴这样的零件,从设计角度提出了对影响过盈联结各种因素补偿方法的确定,从制造角度上通过利用滚压加工工艺,降低工艺孔的表面粗糙度值,并对组装工艺进行规范,提高了压套过盈联结的可靠性。
4) interference joint
过盈联结
1.
In order to ensure the reliability of interference joint,other conditions must be considered besides the loads.
为保证过盈联结的工作可靠性 ,确定过盈联结的过盈量除了考虑所传递的载荷以外 ,还应考虑其他条件因素对过盈的影响 ,以合理计算联结过盈 ,在满足联结件材料强度的前提下 ,提高过盈联结的可靠
2.
Based on the theory of reliability design,the fomulas for the reliability design and computation of torque by interference joint are established.
根据可靠性设计理论，建立了过盈联结传递扭矩的可靠性设计公式，对通过过盈联结传递载荷的一些重要联结提供了新的设计方法。
3.
According to the working principle of interference joint, the effect of the shape error on interference value, contact pressure, friction and load capacity are discussed.
根据过盈联结传递力与力矩的原理，分析了过盈联结件存在的形状误差对配合过盈数值、接触压力、给全面摩擦系数以及承载能力的影响，并给出了形状误差影响联结面接触压力的实验结果，结果表明：减小联结件的形状误差，可较大减小接触压力的相对误差，从而提高摩擦系数的计算精度。
5) large excessive connection and thermal assembly design
大过盈量联结与热装设计
6) conic interference fit
圆锥过盈联结
1.
This paper analyses the quality of interference fit between crankshaft and it′s components,and gives the main reasons which cause the weak reliability of conic interference fit from design,mechanical accuracy and assemble technology etc.
通过对曲轴与减振器组件过盈联结质量问题的分析,从设计、制造精度、装配工艺等方面分析了造成圆锥过盈联结可靠性不足的主要原因,并提出了改进意见,利用相对测量原理实现了锥度的定量检测,提高了锥度过盈联结的可靠性。
补充资料：盈量
1.容量。 2.谓达到所能容纳或禁受的最大限度。
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