首页> 外文期刊>Journal of Failure Analysis and Prevention >Stress Analysis and the Cause of the Fracture of a Clevis at the End of a Hydraulic Piston Rod
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Stress Analysis and the Cause of the Fracture of a Clevis at the End of a Hydraulic Piston Rod

机译:液压活塞杆末端的U形夹的应力分析及断裂原因

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摘要

A hydraulic piston assembly fractured while in service. The fracture involved a clevis assembled to the end of the cylinder piston rod. In fact, there were two fractures: one where a threaded end on the clevis was assembled to the piston rod and a second involving a fracture through the wall of the clevis. Analysis by plant personnel suggested that the stresses involved were small and that fracture should not have been expected. As a more detailed stress analysis of the clevis ring demonstrated, the stresses associated with the clevis, treated as a closed ring, were more than sufficient to have resulted in the fracture through the clevis wall. The other fracture, the fracture at the point of assembly to the piston rod, was proved to be secondary. Stress analysis as well as fracture analysis proved the point and allowed appropriate recommendations to be made to avoid a reoccurrence.
机译:维修中的液压活塞组件破裂。骨折涉及到连接到气缸活塞杆末端的U形夹。实际上,有两处骨折:一处是U形夹上的螺纹端组装到活塞杆上,另一处涉及穿过U形夹壁的裂缝。工厂人员的分析表明,所涉及的应力很小,不应预期会发生断裂。正如对U型夹环的更详细的应力分析所表明的那样,与U型夹相关的应力被视为闭合环,足以导致穿过U型夹壁的断裂。另一个断裂,即在组装到活塞杆时的断裂,被证明是继发的。应力分析和断裂分析证明了这一点,并提出了适当的建议,以避免再次发生。

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