Nanoscale features present in structural and functional materials affect their macroscopic
properties and hence have been extensively studied. As experimental investigations of …

The literature contains numerous articles devoted to examining the mechanical behavior of
nanowires (NWs) using molecular dynamics simulations. Many of these investigations have …

This work focused on the effect of the structural order and dimensionality on the deformation
mechanism of Cu-Ag alloy and the triggering factors of this mechanism. It is revealed that (i) …

The dynamic response of a single–layered graphene sheet (SLGS) subjected to a moving
nanoparticle is investigated based on the molecular dynamics (MD) simulations. The time …

The demolding process of electroforming technology in fabricating microstructured optical-
functional thin films produces the problem of excessive bonding between the metal substrate …

Metallic nanowires are now extensively used in several nanoscale devices and applications.
To further enhance their efficient usage, the estimation and prediction of thermal and …

Gold and diamond are elements of advanced systems. Considering covalent and ionic
character of gold versus completely covalent structure of diamond, visualization of fracture …

Abstract Gold–Silver (Au–Ag) core-shell nanostructures have significant applicability in
stretchable and biocompatible electronics where endurance under high tensile and cyclic …

The increasing demand for more compact electronic devices is stimulating the researchers
to develop nanoscale circuit components. Nanowires are molecular-scale connection wires …

NiTi alloy is a highly functional alloy of Ni (nickel) metal and Ti (titanium) metal used for
engineering. This NiTi alloy has good biocompatibility properties against human body …