A general method is presented for computing the motions of hydrodynamically interacting
particles in various kinds of host fluids for arbitrary Reynolds numbers. The method follows …

Multiphase flows with momentum, heat, and mass transfer exist widely in a variety of
industrial applications. With the rapid development of numerical algorithms and computer …

In this research, a diffuse interface-lattice Boltzmann method is developed to model heat and
mass transfer problems with Neumann boundary condition in complex and evolving …

Landslides and subsequent impulse waves could result in destructive hazards, while most of
the existing simulation methods are dependent on over simplifications or excessive …

We numerically study the drafting, kissing and tumbling (DKT) phenomenon of two non-
identical circular particles sedimenting in a two-dimensional infinite channel by using the …

In this study, a fully coupled pore scale model was developed with the aim of exploring the
effects of ionic strength and zeta potential on colloids transport under favourable and …

Many environmental and agricultural applications involve the transport of water and
dissolved constituents through aggregated soil profiles, or porous media that are structured …

In this study, we have developed a combined lattice Boltzmann-smoothed profile method to
explore coupled mechanisms governing transport of colloids and their retention in porous …

Elliptical particles settling in Bingham fluids in a confined, the vertical channel is studied
using the immersed boundary-lattice Boltzmann method to understand their sedimentation …

A discrete unified gas kinetic scheme (DUGKS) coupled with the immersed boundary (IB)
method is developed to perform interface-resolved simulation of particle-laden flows. The …