Sir pls.solve this problem A cranehook is of rectangular cross-section with thickness = 6 mm, inner radius = 20 mm and outer radius = 40 mm. The center line of loading coincides with centre of curvature. Material of crane hook is Aluminum (E= 70 GPa, v = 0.25) and maximum load = 1 KN. 1. Develop finite element model of the plate using suitable elements. 2. Perform static analysis. 3. Obtain the maximum values of stress at inner and outer fiber. 4. Compare the results with analytical values neglecting shear.
Sir pls.solve this problem A cranehook is of rectangular cross-section with thickness = 6 mm, inner radius = 20 mm and outer radius = 40 mm. The center line of loading coincides with centre of curvature. Material of crane hook is Aluminum (E= 70 GPa, v = 0.25) and maximum load = 1 KN.
1. Develop finite element model of the plate using suitable elements.
2. Perform static analysis.
3. Obtain the maximum values of stress at inner and outer fiber.
4. Compare the results with analytical values neglecting shear.
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