This review paper aims to outline the development of Metallic Glass and its progress to
functionally graded material. The review begins with the fundamental theory of producing …

Metallic glasses (MGs), also known as amorphous alloys, has a unique atomic structure with
long-range disorder and short-range order. MGs has excellent mechanical properties and is …

Highlights•Flash-annealing is applied to create a structurally heterogeneous bulk metallic
glass.•In heterogeneous monolithic bulk metallic glasses shear band formation is …

Deformation localization as exemplified by earthquakes, landslides, shear banding in solids,
and failure of engineering components is of utmost importance. In practice, differentiating the …

Amorphous alloy is an emerging metal material, and its unique atomic arrangement brings it
the excellent properties of high strength and high hardness, and, therefore, have attracted …

In this work, we develop a pseudoinverse-based static finite-element solver to model the
elastic deformation and non-local brittle fracture of solids. The pseudoinverse of the finite …

Some recent experiments on sub-micron and nano-sized metallic glass (amorphous alloy)
specimens have shown that the shear localization process becomes more stable and less …

We predict the fatigue life of a P355NL1 steel alloy under variable amplitude loading
conditions using a newly-developed small-strain-based implicit plasticity model. The core …

We present a recently developed three-dimensional-finite-deformation-rate form-based
constitutive theory to describe the deformation and fracture of viscoelastic solids. The …

In this work, numerical simulations using molecular dynamics and non-local plasticity based
finite element analysis are carried out on tensile loading of nano-scale double edge notched …