Failure analysis consisted of careful visual observation of the crane hook. The location of failure was pinpointed by juxtaposing failed and the unused crane
for industrial disaster [1-4]. In this study a 40 ton crane hook has been analysed which failed during lifting of 24 ton coil at a Hot Strip Mill (HSM).
It was evident, therefore that a fissure was formed during the manufacture of the hook and had not developed in service. The failure was associated with a
Failure of Crane Hook. Date : 2016-06-23 12:24:21. Introduction. Crane Hooks are highly liable components that are typically used for industrial purposes.
Laminated Crane Hooks are a little more complex, and are comprised of several steel plates riveted together to ensure higher stress resistance and increased
cross section, the design and drafting of crane hook will be prepared by using ANSYS 14.5. By finite element analysis, the stress which is to be formed in.
Failure analysis of a 24 T crane hook using multi-disciplinary approach. K Kishore, VS Gujre, S Choudhary, AS Gujre, M Vishwakarma, Engineering Failure
When a crane operator is working with a rigger or a rigging crew, it When using multi-leg slings to lift loads in which one end is much heavier than the
