To evaluate the superplasticity of the Al5083 alloy, a comprehensive experimental and
analytical approach was undertaken. Tensile tests with varying strain rates (0.0005 s− 1 …

As the characterization of superplastic materials requires elevated temperatures and strain
rate control, standard bulge testing procedure with optical measuring systems is not feasible …

Uniaxial tensile testing is a most common way of obtaining the information about the
constitutive behavior of a material during gas forming. At the same time for industrial …

Recently, there has been a great interest in using lightweight materials for automotive1–7)
and aerospace components. 1–3) Magnesium is expected to become the best alternative …

Superplasticity is a phenomenon indicating exceptional ductility that certain metals and
alloys exhibit, when deformed under specific conditions. The tensile elongation of …

Abstract Ti–6Al–4V alloy is widely used as a system material in high temperature and high
pressure environments in various industrial fields and is difficult to mechanically machine …

Free bulging process is an experimental technique which can be used to characterize a
sheet material under conditions of biaxial tension during hot forming. Analytical and semi …

In this work, the rectangular die is fabricated and superplastic forming of the magnesium
alloy is carried out. The AZ31 alloy is taken under three different conditions such as base …

Superplastic sheet metal forming allows the production of complex parts that are not
formable under normal conditions. Superplastic sheet metal forming processes are normally …

The work is dedicated to determination of stress-strain behavior of Ti6Al4V alloy deformed in
conditions of biaxial tension provided by free bulging testing. The dome height during each …