he overall goal of this work is to study the forming behavior of the perforated alumiunim sheets when it is
subjected to EMF process and also to perform a parametric study on some of the process parameters that controls
the magnetic force and deformation of the sheet. Experimental studies can be very expensive, whereas numerical
analyses are comparatively economical and allow wider range of parameters to be investigated in short period of
time. From the above analysis, it is clear that the amount of current density applied and coil dimensions play vital
role in calculation of magnetic force and deformation of the sheet. Also the gap between coil and sheet has
negligible influence on generation of magnetic force and deformation.