Conventional seismic wave forward simulation generally uses mathematical means to solve
the macroscopic wave equation, and then obtains the corresponding seismic wavefield …

Rarefied gas flows in complex geometries with heat transfer and moving boundaries have
received remarkable attention due to the prevailing of micro/nano science and engineering …

A family of positivity-preserving lattice Boltzmann methods (LBMs) is proposed for
compressible flow simulations in the continuum regime. It relies on the efficient collide-and …

Slip flows in ducts are important in numerous engineering applications, most notably in
microchannel flows. Compared to the standard no‐slip Dirichlet condition, the case of slip …

Using two-dimensional porous structures made up of homogeneously arranged solid
obstacles, we examine the effects of rarefaction on the hydraulic tortuosity in the slip and …

Despite the advances in microscale modelling capabilities, physically observed non-zero
Knudsen number (Kn) effects still elude the lattice Boltzmann method (LBM). This article …

Using the porous structures made up of homogeneously arranged solid obstacles, we
examine the effects of rarefaction on the hydraulic tortuosity in the slip and early transition …

In this article, the lattice Boltzmann method with two relaxation time (TRT) for the D2Q9
model is used to investigate numerical results for 2D flow. The problem is performed to show …

In this paper, we study how the fluid flow near the surface of a monocrystalline body is
affected by the surface properties due to atom-surface scattering. We propose a toy model …