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1·A new method to calculate and choose the interference fit is introduced.

提出一种计算和选择过盈配合的新方法。

2·The washer shall be clinched to the stud end with a tight slip fit to an interference fit.

由滑动配合的相互作用力使垫片咬紧于螺栓。

3·To prestressed sleeve, prestressed produced through interference fit between sleeve and crack pipeline.

对预应力管道，预应力通过套管与裂纹管道过盈配合方式产生。

4·In this paper, we give an analysis for friction-free interference fit bolt using the finite element method.

本文采用有限元素方法在螺纹面无摩擦力的条件下对过盈配合的螺栓、螺母进行了分析计算。

5·The interference fit between the gate and seat provides bubble tight shutoff even under the lowest pressure.

即使在最低的管线压力下，闸板与阀座之间的配合也能够实现气泡级密封功能。

6·The friction between the shell back and bearing housing surface has an effect on the reliability of interference fit.

轴瓦与座孔表面的摩擦系数将影响其过盈配合的可靠性。

7·A reliability analysis method on the fatigue lives of interference fit or coldworking strengthened parts is presented.

提出了一种处理钉孔挤压强化或干涉配合强化后元件疲劳寿命的可靠性分析方法。

8·We can accurately pick out the interference fit we need by using the two choosing ways above mentioned comprehensively.

通过上述两种选择方法的综合运用，能够准确合理地选择所需的过盈配合。

9·The rotor shall have an interference fit to the shaft and the rotating assembly shall be dynamically balanced to ISO 1940, G. 6.3.

定子应该通过压配合与轴结合在一起，旋转总装动态平衡应该符合ISO 1940， G.6.3标准。

10·The locknut torque needed to move the washer at the maximum washer interference fit shall not exceed the torques given in Table 3.

锁紧螺母扭矩压紧垫片时，其与垫片的最大相互作用力不能超过表3所给扭矩值。