Simple shear presents a local material structure–property relationship and plays an
important role in the development of material design, mechanical modeling, and …

The formability of the material determines the amount of available deformation before failure
and thus is important for the production of various structural components in industries. The …

Sheet metals such as advanced high strength steels often exhibit varying degrees of
anisotropy due to the existence of preferred orientation of their grain structures from the …

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 …

To control the curvature of yield loci, a generalized anisotropic distortional hardening ADH
(G-ADH) model is established within the framework for Bauschinger effect prediction in …

The path-dependence of the conventional Forming Limit Diagram (FLD) is an important
issue for its applications in industry. Great efforts have been made to understand the nature …

The aim of this research was to introduce a computational approach for prediction of the
forming limit diagram of Al-Cu two-layer metallic sheets. The computational approach was …

The forming limit is an important failure criterion for polycrystalline sheet metals when
approving the forming process. Recent developments in strain measurement technology, eg …

Forming limit curve (FLC) is a suitable method for determining the metallic sheets formability.
The purpose of the present research is to expose a simulation-based approach to predict the …

The growing trend to achieve a higher turbine inlet temperature (TIT) in the modern gas
turbine industry requires a more efficient and advanced cooling system design. Therefore, a …