Optimization of Design Parameters for Crane Hook Using Finite Element Analysis
Journal Title: Invention Journal of Research Technology in Engineering & Management - Year 2018, Vol 2, Issue 8
Abstract
The Crane hooks are very at risk segments that are regularly utilized for mechanical purposes. In this way such segments in an industry must be produced and composed in an approach to convey most extreme execution without failure. Failure of a crane hook essentially relies upon three central point i.e. measurement, material, overload. The undertaking is worried towards expanding the safe load by fluctuating the cross-sectional measurements of the four distinct segments and diverse materials. The chose areas are square, circle, and trapezoidal. The territory stays consistent while changing the measurements of the four unique segments. The crane hook is demonstrated utilizing catia programming. The pressure and life investigation is finished utilizing ANSYS 18.1 workbench. The ordinary worry along add up to misshaping, stress and life’s according to the materials considered. It is discovered that trapezoidal cross segment yields most extreme load of 4000 KG to 5000 KG for steady cross segment zone among four cross segment.
Authors and Affiliations
Dipak A. Bhise
Keywords
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