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Finite Element Model for the Effect of Heat Input & Speed on Residual Stress during Weldings

Harshal B Sonawane1 and Eknath R Deore2
1.Research Scholar Mechanical Engineering Department SSVPS COE Dhule, SSVPS COE, DHULE-424001
2.Professor and Head of Mechanical Engineering Department SSVPS COE Dhule, SSVPS COE, DHULE-424001

Abstract—This report is a presentation of ANSYS FE models for the thermal and mechanical welding simulation. To develop suitable welding models, we must consider the process parameter (welding speed, Heat flux, Gap and Temperature), the geometrical constraints, the material nonlinearities and all physical phenomena involved in welding. Therefore it is a great challenge to consider all factors at the same time, so generally the models include some approximations: in the works, we can find some attempts to reduce modelling efforts, and Reduces Residual stress in welding.

Index Terms—ANSYS FE model, Welding speed, Heat flux, Gap, Temperature

Cite: Harshal B Sonawane and Eknath R Deore, "Finite Element Model for the Effect of Heat Input & Speed on Residual Stress during Weldings," International Journal of Mechanical Engineering and Robotics Research, Vol. 3, No. 3, pp. 763-766, July 2014.