Abstract:
The aim is to generate the model for assembly operation known as mechanical press machine.
Using the concept of reverse engineering, the C-frame has been designed considering stress
distribution, deflection, and design specification. Thus, a reciprocating piston is used which
apply force upon component with the help of a special tool mounted on the piston. The
optimum objective of this study is to observe the finite element modeling of ‘C’ frame of
mechanical power press of 50 tons capacity and to analyze the assembly of press under static
condition. Press is made up of a frame, a base plate and resources possible in designing the
mechanical presses frame can effect reduction in the cost of the presses. By optimizing the
weight of material utilized for the structure an attempt have been done in this direction to
decrease the volume of material. So, here we can consider an industrial application. This
project consist of minimizing the mass of C-frame type assembly press so, it can be checked in
the stress then the material required and finally the thickness of plate.
