Finite strain deformation behaviour of recycled aluminium alloy AA6061 is investigated in
this paper via uniaxial tensile test and Taylor cylinder impact test implementations. The …

Excellent mechanical properties of composite materials have numerous engineering
applications, especially in aerospace structures. The main characteristics are due to their …

It is impossible to ignore the realm of the topics related recycling aluminium scraps. The
recycled form of this material can be a good replacement for the primary resources due to …

Superplastic forming, SPF is a special metalworking process that allows sheets of metal
alloys such as aluminum to be stretched to lengths over ten times. Nowdays, only a few …

This paper presents a finite strain constitutive model to predict a complex elastoplastic
deformation behaviour that involves very high pressures and shockwaves in orthotropic …

A finite strain constitutive model to predict the deformation behaviour of orthotropic metals is
developed in this paper. The important features of this constitutive model are the …

ABSTRACT A finite strain constitutive model for orthotropic metals was developed within a
consistent thermodynamic framework of irreversible process in this paper to capture the …

Recycling aluminum is a topic of high interest due to the global demand for aluminum-based
products. This approach presents a great opportunity to address the environmental issues …

The constitutive models adopted to represent dynamic plastic behaviour are of great
importance in the current design and analysis of forming processes. Many have studied this …

Numerical analysis is important to predict material behaviour without require an
experimental implementation. This manuscript focuses on a numerical prediction …