In sheet metal forming, friction has a major role in knowing the properties of metals. If friction
exists more than necessary, it has a negative impact on characteristics of a product. Various …

The deep drawing process is utilized for the manufacturing of sheet metal components in the
automobile and aerospace industries. The present study briefs about the current …

In the present study, experimental and theoretical analyses were performed to predict the
failure strain of EDD and AA5052 sheet metals. In this context, uniaxial tensile tests and …

In sheet metal forming, the formability is limited by the onset of localized necking and it is
important to know the limit up to which the material can be formed. Forming limit diagram …

In the field of deformation process modeling, constitutive equations are invariably used as a
calculation basis to estimate the materials flow responses. Accordingly, in the present study …

This paper focuses on the formability and thickness distribution in incremental sheet forming
(ISF) of extra-deep drawing steel (EDD). In ISF, the formability of the material is primarily …

This paper investigates the effect of element size and adaptive re-meshing technique in
numerical simulation of incremental sheet forming (ISF) process. In ISF a hemispherical …

Flow stress during hot deformation depends mainly on the strain, strain rate and
temperature, and shows a complex nonlinear relationship with them. A number of semi …

Recently, aerospace industries have shown increasing interest in forming limits of Inconel
718 sheet metals, which can be utilised in designing tools and selection of process …

It has been proved by many researchers that increasing the temperature in warm deep-
drawing process of single layer sheets decreases the forming load, however, this …