The formability of the clad metal sheets is influenced by many factors such as mechanical
properties of the component metals, so that producing clad cups with high formability free of …

In the study, the effect of die angle, die radius, die punch, blank holder force, and chamber
pressure parameters on the limit drawing ratio (LDR) in die angled hydromechanical deep …

Deep-drawing is one of the most important methods used to form sheet metal. The radius of
die/blank holder and punch is important for deep-drawing dies because of an effective way …

Deep drawing involves the use of a punch to plastically deform a workpiece to create sheet
metal parts such as cups and channels. Upon release of the punch, the workpiece …

Normally, the strength and formability of aluminum alloys can be increased largely by severe
plastic deformation and heat treatment. However, many plastic deformation processes are …

In this study, an attempt has been made to investigate the effects of die/blank holder angles,
blank holder force, and die/punch diameter on the limit drawing ratio, punch force, and …

Deep drawing is an important process used for producing cups from sheet metal in large
quantities. The deep drawing process is affected by many variables such as blank shape …

A numerical model for a newly designed deep drawing process has been built up and
analyzed using the finite element method (FEM) in comparison with performed experiments …

Deep drawing is one of the most important and vastly conducted sheet metal forming
method. Thus, even small improvements achieved on the deep drawability of sheet metals …

In the present work, an attempt is made to obtain FEM solution of sheet thickness variation
and its experimental verification in deep drawing processes. A commercial steel sheet was …