Numerical modeling of multiphase flow generally requires a special procedure at the solid
wall in order to be consistent with Young's law for static contact angles. The standard …

This article presents a novel coupling of numerical techniques that enable three-
dimensional convection-driven microstructure simulations to be conducted on practical time …

A multiphase lattice Boltzmann model is constructed to numerically solve the one-fluid flow
equations for immiscible fluids. The method features one solver for the macroscopic …

In this article, moment‐based boundary conditions for the lattice Boltzmann method are
extended to three dimensions. Boundary conditions for velocity and pressure are explicitly …

The accuracy of moment-based boundary conditions for no slip walls in lattice Boltzmann
simulations is examined numerically by using the dipole-wall collision benchmark test for …

The accuracy of the Moment Method for imposing no-slip boundary conditions in the lattice
Boltzmann algorithm is investigated numerically using lid-driven cavity flow. Boundary …

A numerical scheme for the large-eddy simulation of indoor air flows including heat transfer
is presented. It is based on a finite-volume discretization of the Navier–Stokes equations for …

We study the physics of flow due to the interaction between a viscous dipole and boundaries
that permit slip. This includes partial and free slip, and interactions near corners. The …

We analytically solve the two-dimensional, nine-velocity, lattice Boltzmann model in planar
channel flow and determine its deviatoric stress tensor. The shear component of its stress …

Stress boundary conditions for the lattice Boltzmann equation that are consistent to Burnett
order are proposed and imposed using a moment-based method. The accuracy of the …