Title of article :
Springback Analysis of Thin Tubes with Arbitrary Stress-Strain Curves
Author/Authors :
Gangwar, Mayank Motilal Nehru National Institute of Technology - Department of Mechanical Engineering, India , Choubey, Vikas Kumar Institute of Engineering Rural Technology - Engineering Degree Division, India , Dwivedi, J. P. Banaras Hindu University - Institute of Technology - Department of Mechanical Engineering, India , Talukder, N. K. Das Banaras Hindu University - Institute of Technology, India
Abstract :
A general theoretical method for determining springback of arbitrary shaped thin tubular section of materials having arbitrary stress-strain relationship under torsional loading is presented. The theoretical analysis has been compared with earlier analysis of tubular sections of particular materials and has been shown that the expressions obtained in the, work presented. The theoretical results also have been found to quit in agreement with the results obtained experimentally. It has been shown that when applied torque is kinetic loading or angle of twist given is kinetic loading, springback angle and residual angle of twist can directly be calculated from the shear stress-strain curve, avoiding any idealization/ approximation for the same.
Keywords :
Metal forming , Springback , Torsional springback , Thin tubes , Arbitrary stress , strain curves
Journal title :
Journal of Mechanical Engineering
Journal title :
Journal of Mechanical Engineering
