Comparative Study and Optimization of Hydraulic Press with Different Materials | Original Article

ABSTRACT:

Metal forming is a procedure which is finished by deforming metal work pieces to the ideal shape and size utilizing squeezing or pounding activity. Water powered presses are being utilized for forming and squeezing activities with wide scope of limits. Water driven press machine works under ceaseless effect load. In view of this constant burden, ductile and compressive stresses are knowledgeable about different pieces of machine. These stresses cause lasting misshapening in certain pieces of machine. This work depends on enhancement of a 250-ton four column type pressure driven press considering imperatives like plan, weight and cost. The work is centered around generally reasonable and improvement of top plate of the press machine. Top plate holds the water powered chamber and is one of the most basic pieces of the machine. The outcomes are approved by Finite Element Method with legitimate limit conditions. The CAD demonstrating has been done by CATIA and for FEA, ANSYS programming is utilized. Plan Optimization of Hydraulic Press Plate utilizing Finite Element investigation.