The collision process is crucial in the direct simulation Monte Carlo (DSMC) method as it
considers the fundamental aspects of the Boltzmann or Kac stochastic equation. This article …

The Enskog–Vlasov equation provides a consistent description of the microscopic molecular
interactions for real fluids based on the kinetic and mean-field theories. The fluid flows in …

In this study the direct-simulation Monte Carlo (DSMC) method is utilized to investigate
thermal characteristics of micro-or nanocavity flow. The rarefied cavity flow shows …

In this paper, we suggest the application of micro-scale radiometric pumps for helium‑xenon
binary mixture separation. For this purpose, we consider three geometries of radiometric …

We investigate the flow physics of non-equilibrium gases in interaction with solid particles in
a microscale shock tube and the collection efficiency in the jet impingement on a permeable …

The thermal and flow characteristics of nonequilibrium monatomic, diatomic, and polyatomic
gases in cylindrical Couette flow are investigated using first-and second-order Boltzmann …

A comprehensive numerical analysis is conducted to investigate rarefied hypersonic flows
over two-dimensional (2-D) and three-dimensional (3-D) non-rectangular cavities with …

The nccrFOAM suite is a collection of nonlinear coupled constitutive relation (NCCR) solvers
for rarefied and microscale gas flows with vibrational non-equilibrium, in conjunction with the …

In the current study, we performed a DSMC investigation to study the nonequilibrium effects
on monatomic and diatomic rarefied flows in micro/nano lid-driven cavity. Our DSMC solver …

Micro/nano geometries with specified wall heat flux are widely encountered in electronic
cooling and micro-/nano-fluidic sensors. In the present study we introduce a new iterative …