Navier-Stokes equations are widely applied to deal with non-equilibrium fluid dynamics
such as the flow field on nanoscale. On the other category, dynamical density functional …

For diffusion of two-dimensional homoepitaxial clusters of N atoms on metal (100) surfaces
mediated by edge atom hopping, macroscale continuum theory suggests that the diffusion …

In this work, results obtained from the kinetic Monte Carlo (KMC) simulations are presented.
The KMC is based on embedded‐atom method (EAM) energetics findings. The evolution of …

In this work, different coverages (1%≤ coverage≤ 20%) are studied during the growth of Ag
and Au monolayers on the Cu (1 1 0) surface using kinetic Monte Carlo simulations (kMC) …

In this paper, we studied the early stage of growing silver monolayer on Cu (110) using
kinetic Monte Carlo Method. In this investigation, we have considered atomic deposition …

In this work, we will shed light on the results obtained from the molecular dynamics method
in the temperature ranging of 300-700K. This investigation concerning the coalescence for …

The self-learning kinetic Monte Carlo method has been shown to be suitable for examining
the temporal and spatial evolution of adatom islands on the (111) surface of several fcc …

In this work, molecular dynamics simulations have been used to simulate the behavior of
tetramer clusters behavior in Pt 4/Cu (110) and Au 4/Ag (110) systems, in the temperature …

In this work, we use molecular dynamics simulations to investigate the diffusion of two-
dimensional, hexagonal silver islands on copper and nickel substrates below room …

We present a density functional theory (DFT) and embedded atom method (EAM) studies of
Pt 2, Au 2 and AuPt dimers adsorption and diffusion on the clean Pt (1 1 0)(1× 1) surface and …