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SELF-LOOSENING MODEL FOR BOLTED ASSEMBLIES UNDER TRANSVERSE STRESSES

机译:横向应力作用下螺栓组合的自松动模型

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摘要

The present article investigates self-loosening of bolted assemblies under the effects of transverse loads. Firstly, we discuss the relaxation phenomenon that occurs at the end of tightening. We then perform modeling and calculus for self-loosening conditions for a short screw, neglecting the tilt of the screw in its tapping. In particular, we determine a maximum value for the friction coefficient such that this self-loosening occurs. Lastly, we indicate the procedure to confirm these results and to extend the study to the case of long screws.
机译:本文研究了在横向载荷作用下螺栓组件的自松动。首先,我们讨论在拧紧结束时出现的松弛现象。然后,我们针对短螺钉的自松动条件进行建模和演算,而忽略了自攻时螺钉的倾斜。特别地,我们确定摩擦系数的最大值,以使这种自松动发生。最后,我们指出确认这些结果的程序,并将研究范围扩大到长螺丝钉的情况。

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