The remarkable mechanical, chemical, and physical characteristics exhibited by metallic
glasses (MGs), arising from their disordered atomic arrangement, present substantial …

The acoustic softening effect in metals during plastic deformation has been widely
investigated in the past decades. However, the mechanism of such an acoustic plasticity …

A parametric experimental study on the role played by the size, metastability, and volume
fraction of the dendritic β-Ti phase on the tensile properties of amorphous matrix composites …

The incipient plasticity of an amorphous solid represents the onset of shear deformation,
which is a stochastic progress closely related to microstructure evolution. It is well known …

Inelastic deformation of a high-strength martensitic steel (P91) is investigated using a strain
gradient crystal plasticity model implemented using the finite element method. Voronoi …

Hall–Petch strengthening has been widely used in materials science, but its mechanism is
not very clear yet, some inverse phenomena were observed. This paper gives a fractal …

Developing novel high-strength titanium structural materials to achieve lightweight
contributes to reducing CO 2 emission. In by the multilayered structure of three-piece golf …

Refractory high-entropy alloys (RHEAs) exhibit remarkable strengths at elevated
temperatures and are hence extremely promising candidates for high-temperature structural …

Metal matrix composites (MMCs) offer asignificant boost to achieve a wide range of
advanced mechanical properties and improved performance for a variety of demanding …

Carbon fiber (CF) reinforced bulk metallic glass matrix composites (BMGMCs) have received
widespread attention due to their light weight, but subsequent development is facing urgent …