Tailoring the formation and distribution of loose-packing regions and dense-packing regions
in the bulk metallic glasses (BMGs) has long been considered to facilitate macroscopic …

The normal spectral emissivities at 807 and 940 nm, heat capacities at constant pressure
and thermal conductivities of Pd and Ti melts were measured using an electromagnetic …

The solidification process often determines the microstructure of alloys from the atomic scale
to the macroscopic scale, which distinguishes the performance of one alloy from another …

The plasma electrolytic oxidation (PEO) coatings were fabricated on AA1060 aluminum alloy
at a constant current density of 4.4 A/dm 2. The images of discharge sparks and voltage-time …

Owing to the nonequilibrium nature, the energy state of metallic glasses (MGs) can vary a lot
and has a critical influence on the physical properties. Exploring new methods to modulate …

In this study, molecular dynamics simulations based on the embedded atom model (EAM)
potentials were carried out to investigate influences of cooling rate on the ordered atomic …

Introducing heterogeneities into the structure is an effective way to enhance the plasticity in
metallic glasses (MGs). As natural heterogeneity, the original randomly distributed free …

It is known that cooling rate can affect the atomic structure and thus may possibly affect the
mechanical properties of metallic glasses (MGs). In spite of the considerable efforts on the …

The effects of simulated thermal cycling in vacuum in a temperature range of− 196° C to
150° C on the thermal and mechanical stability of a lightweight Ti 41 Zr 25 Be 29 Al 5 bulk …

Elastostatic compression (ESC) has received considerable research attention as a tool to
study rejuvenation and relaxation processes for bulk metallic glasses (BMGs). However, little …