In this paper, biaxial tensile tests with cruciform specimens were conducted to obtain the
experimental plastic work contours of DP590, DP780 and DP980 sheets. It was found that …

In-depth understanding of the evolving plastic yielding behaviors and insight into their micro-
scaled mechanisms are critical for fully exploiting of the formability of sheet metals …

This paper investigates a recently developed elasto-plastic constitutive model. For this
purpose, the model was implemented in a commercial finite element code and was used to …

The uniaxial tensile tests and biaxial tensile tests were carried out to investigate the
deformation behavior and yield loci of DC06 steel sheet. The continuous evolution of r …

Influences of constitutive models on plastic behavior of a TRansformation Induced Plasticity
(TRIP) high strength steel were investigated. Different yield criteria, the von Mises's isotropic …

Anisotropic yielding and hardening behaviors are important parts of a constitutive model for
material formability and strength assessment. In this work, the work hardening …

Abstract Effects of evolution in anisotropy during plastic deformation under strain path
changes on the formability and failure were investigated in the present study. The evolution …

Yield surfaces evolve depending on loading directions (anisotropic hardening) and stress
states (differential hardening) during plastic deformation of sheet metals. A new analytical …

Continuous bending under tension (CBT) testing can stretch ductile sheet metals
significantly more than simple tension (ST) testing. Strength and plastic strain levels …

The yield criterion is the basis of the material model that can describe the plastic behavior of
the material under any possible stress states. The influence of diverse yield criteria on the …