In the framework of solid mechanics, the task of deriving material parameters from
experimental data has recently re-emerged with the progress in full-field measurement …

The free and open source software tool ADAPT (A Diversely Applicable Parameter
Identification Tool) for the inverse parameter identification of constitutive material models is …

Numerical simulations are being deployed widely for product design. However, the accuracy
of the numerical tools is not yet always sufficiently accurate and reliable. This article focuses …

Computer simulations of metal forming processes using the finite element method (FEM)
are, today, well established. This form of simulation uses an increasing number of …

During the last decades, simulation software based on the Finite Element Method (FEM) has
significantly contributed to the design of feasible forming processes. Coupling FEM to …

Product improvement and cost reduction have always been important goals in the metal
forming industry. The rise of finite element (FEM) simulations for processes has contributed …

This article proposes the study of the mechanical behavior of AA6101-T4 at fracture for
different stress states. Firstly, an experimental program has conducted including the design …

Cost saving and product improvement have always been important goals in the metal
forming industry. To achieve these goals, metal forming processes need to be optimised …

This contribution proposes a study of the mechanical behavior from damage to fracture of
normalized and annealed samples of AISI 4340 steel. Besides, a numerical study in a …

Traditionally, the material's stress–strain relationship is acquired from uniaxial testing, which
is widely used to describe its behavior under plastic deformation. When it comes to …