m Hoseinpour Gollo - Department of Mechanical Engineering, Faculty of Eng., University of Mohaghegh Ardabili,P.O.Box ۱۷۳, Ardabil,Iran
h Moslemi Naeini - Department of Mechanical Engineering, Tarbiat Modarres University, Tehran. Iran
n.b Mostafa Arab - Department of Mechanical Engineering, Shahid Rajaee Teacher Training University,۱۶۷۸۸-۱۵۸۱۱,Tehran, Iran

Laser bending is an advanced process in sheet metal forming in which a laser heat source is used to shape the metal sheet. In this paper, temperature distribution in a mild steel sheet metal isinvestigated numerically and experimentally. Laser heat source is applied through curved paths insquare sheet metal parts. Finite element (FE) simulation is performed with the ABAQUS/CAE standard software package. Material property of AISI 1010 is used in FE model and experiments. The aim of this study is to identify the response related to deformation and characterize the effectof laser power with respect to the bending angle for a square sheet part. An experimental setup including a Nd:YAG laser Model IQL-10 with maximum mean laser power of 500 W is used for the experiments to verify FE analysis results. It is observed that numerical results are relatively in good agreement with the experimental results. Results also show that increasing laser power increases the bending angle

Laser forming, Temperature distribution, Finite element method