Deformation twinning is profusely activated in the Mg alloys due to lower critical resolved
shear stress (CRSS) compared to the non-basal slip systems (prismatic and pyramidal< c+ …

An in-depth study of the anisotropic mechanical behavior of Mg alloys is essential for
optimizing mechanical properties, designing high-performance Mg alloys, and developing …

Due to the hexagonal close-packed (HCP) crystal structure of Mg, the plasticity is poor at low
temperatures. In order to solve this problem, the in-depth researches on various deformation …

Molecular dynamics simulations are performed to provide a detailed atomic-level
understanding of the deformation and twinning behavior of single-crystal Mg nanopillars …

Multiple simultaneous or sequential deformation mechanisms exist at the heart of
extraordinary mechanical behavior of high-entropy alloys. As additive manufacturing (or 3D …

Twining plays an important role in adjusting the mechanical properties and microstructure in
magnesium alloys at room temperature deformation. In this work, the Mg-6Gd-3Y (-3Sm)-0.5 …

Understanding the deformation mechanisms in magnesium alloys is critical to develop the
next-generation high-performance magnesium alloys. In this work, the effects of grain size …

Abstract In this work, 99.999% pure magnesium (Mg) single microcrystals have been
deformed in [0001] compression (c-axis compression) and [10 1¯ 0] tension (c-axis …

In this paper, the effect of sub-zero temperatures on the activation of basal slip,{10 1‾ 2}
tension twinning and pyramidal slip in pure magnesium was investigated systematically at …

Alpha titanium (α-Ti) is a promising material for making high-performance components for
applications in aerospace, marine, energy and healthcare fields. The excellent strength …