This article is the review of hydroforming technologies that have been used increasingly in
various industries including automotive applications. General concepts and technological …

The anisotropic plastic flow and ductile fracture of AA6013 aluminum sheet is investigated
under quasistatic conditions. The plasticity of the material is probed through uniaxial tension …

An improved distortional plasticity framework that describes the anisotropic hardening
occurring during strain path changes, such as the Bauschinger and cross-loading effects, is …

In this paper, the evolution of the plastic anisotropy of stainless steel 316L samples is
investigated under proportional loading paths using a customized cruciform specimen. The …

The expansion of a circular hole in an orthotropic sheet of AA6022-T4 is examined using a
combination of experiments and analysis. This deformation mode is accomplished by …

This paper presents hexah, a framework based on the homogeneous anisotropic hardening
(HAH) model. It aims at recreating the effects of arbitrary strain path changes over the plastic …

In this paper, the stress–strain behavior under load reversal of advanced high strength steel
(AHSS) sheet samples was measured using a modified simple shear (SS) apparatus. The …

A continuum-based approach for describing the plastic hardening behavior of magnesium
alloy sheets subjected to non-proportional strain path changes at room temperature is …

A fast and robust stress-update algorithm based on the general cutting-plane method
(GCPM) was developed for a distortional hardening model, known as the HAH-DPS model …

Both continuous and discontinuous non-proportional loadings occur in multi-stage
automotive stamping processes. Discontinuous loading is widely studied, but due to …