The fracture behavior of twin roll cast AZ31B magnesium has been studied in tension.
Explored ranges of temperature and strain rate were wide enough to encompass noticeable …

The promising mechanical, physical and chemical properties of nano-scale metal/ceramic
multilayers (MCMs) are of high interest for extreme environment applications. Understanding …

An experimentally verified finite element model was used to estimate the strain rate and the
temperature values which were, consequently, used in calculating the Zener–Hollomon …

Microstructural variation along the depth of twin-roll cast sheet AZ31 Mg alloy was achieved
by applying severe plastic deformation via intensified shot peening on the surface of the …

Abstract Twin rolled cast Mg–3Al–1Zn Mg sheets were processed using equal channel
angular plate extrusion (ECAPE) at 200° C and 150° C following different processing …

This work studies the metallurgical and microstructural aspects of Friction Stir Welding
(FSW) in terms of grain size and microhardness. The modelling is based on the combination …

Laser surface melting was used to treat the surface of a magnesium alloy for improving the
mechanical behavior at elevated temperatures. The results revealed that grain refinement …

In this work, an anisotropic and time-dependent continuum damage-coupled plasticity model
is written under a finite strain formulation in arbitrary coordinate space to describe the …

Proper numerical modeling of the Friction Stir Processes (FSPs) requires the identification of
a suitable constitutive equation which accurately describes the stress-strain material …

This study investigates the monotonic tensile behavior of magnesium (Mg) alloy AZ31B
across a temperature range from ambient (25° C) to elevated (up to 300° C) with varying …