这就要求设计概念，提供热增长的灵活性，同时反应，大扭矩，分离负荷和外部管道负荷。
This requires design concepts that provide thermal growth flexibility while reacting large torques, separating loads and external ducting loads.
扭矩正确，就能防止配合部件在负荷作用下出现弹性分离，并防止部件在长期运转过程中逐渐松动。
Proper torquing avoids elastic separation of the mating parts under load and resists gradual loosening over time.
结果显示，股骨柄与髋臼杯之间的分离量愈大，所产生之冲击负荷也就愈大，它们之间呈现非线性的关系。
The results show that, the larger the separation between stem and acetabular cup is, the greater the impact load is and the nonlinear relation between them is present obviously.
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