Numerical Analysis of the Influence of the Rolling Speed on the Cold Rolling under Specific Thermal Condition of the AA 5052-O Aluminum Alloy

Abstract

In this study, the behavior of the rolling process of the AA 5052 aluminum alloy plate has been investigated using numerical data. An FEM technique was utilized in order to make a prediction regarding the impact that the rolling speed has on the cold rolling of the AA 5052-O aluminum alloy. In order to carry out the simulation procedure, the static structure tool was considered. The geometry of the situation. The total deformation, stresses, including von and normal stresses, and energy have all been the subject of investigation for the simulation that is now being performed. In both the axial and radial directions, the deformation has been investigated using numerical methods. It is possible to get a maximum result of 550 and 140 mm, respectively. at a speed of 200 revolutions per minute, the energy reached 8 kilojoules. It has been established that both normal and von mises stresses have been established. A total of 3.6 and 1.9 MPa are the numerical results that the stress has produced.