首页> 外文会议>ASME(American Society of Mechanical Engineers) Pressure Vessels and Piping Conference 2007 >SELF-LOOSENING MECHANISM OF NUTS DUE TO LATERAL MOTION OF FASTENED PLATE
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SELF-LOOSENING MECHANISM OF NUTS DUE TO LATERAL MOTION OF FASTENED PLATE

机译:固定板横向运动引起的螺母自松机制

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As self-loosening of nuts is really a problem for bolted joints in practical use, countermeasures for the loosening is highly required. In this situation non-1oosening fasteners are one of the resolutions for any fastened machinery as an essential mechanical element. Self-loosening of threaded boltut systems has been researched in number of works and most researches were based on experiment and a few were based on the finite element analysis in these years. Using this new approach, various types of nuts can also be examined. Among these nuts eccentric nuts and slit nuts are especially expected to be the solution, as these nuts are reported to endure NAS vibration tests and were not loosened. In the authors' previous paper, an eccentric nut and a normal nut were analyzed and compared in the aspect of loosening property. In this paper degree of loosening of various nuts was investigated by experiment and the FEA.
机译:在实际使用中,由于螺母的自松动确实是螺栓连接的问题,因此非常需要采取松动对策。在这种情况下,非1型松紧紧固件是任何作为固定机械要素的紧固机械的解决方案之一。近年来,已经对螺栓/螺母系统的自松动进行了研究,并且大多数研究是基于实验的,而一些研究是基于有限元分析的。使用这种新方法,还可以检查各种类型的螺母。在这些螺母中,偏心螺母和开槽螺母是解决问题的特别方法,因为据报道这些螺母可以承受NAS振动测试并且没有松动。在作者的前一篇论文中,对偏心螺母和普通螺母的松动性能进行了分析和比较。本文通过实验和有限元分析研究了各种螺母的松动程度。

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