The present study concerns the failure analysis for a 15-tons bridge crane. In particular, the investigation is performed through a numerical simulation of the whole system, in order to extract the displacement reached when the system undergoes to the maximum in service payload. The failed element is one of the two spline coupling used for transmitting the torque from the gearbox to the drums, responsible for winding the cables.In addition, it is also presented an estimation of the wear phenomenon, by comparing the actual material performance with the once generally considered in literature. At the end, some advices to overcome the problem are introduced.

Failure analysis of an involute spline coupling of an overhead bridge crane

Monti S.;Guagliano M.
2019-01-01

Abstract

The present study concerns the failure analysis for a 15-tons bridge crane. In particular, the investigation is performed through a numerical simulation of the whole system, in order to extract the displacement reached when the system undergoes to the maximum in service payload. The failed element is one of the two spline coupling used for transmitting the torque from the gearbox to the drums, responsible for winding the cables.In addition, it is also presented an estimation of the wear phenomenon, by comparing the actual material performance with the once generally considered in literature. At the end, some advices to overcome the problem are introduced.
2019
Bridge crane; Failure analysis; Spline coupling; Wear fatigue
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1122634
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