In the industry, demand for lightweight vehicle components is skyrocketing. The majority of these components are made using metal forming techniques to generate components that are lightweight, strong, and stiff. The majority of rolling procedures are used to increase the ductility and strength of the material. To change the rolling surface, an additional cross-rolling step is added during the deformation. This paper has reviewed the mechanical properties of al alloy sheet. The article focuses on the current situation, recent changes, and anticipated future orientations on the subjects. This article attempts to compare how well various rolling processes—such as room temperature rolling, cryogenic rolling perform on various materials in the literature. It has been discovered that cryorolling of aluminium alloys increases strength and hardness more than cold rolling because it effectively suppresses dynamic recovery, which raises the density of dislocations. Nonetheless, post-cryorolling techniques like warm rolling and low temperature annealing have been undertaken in an attempt to produce sheets with the best possible balance of ductility and strength because of the low ductility of the sheets in their as-cryorolled state.
Dhruv et al. (Fri,) studied this question.