Vegetation is an important factor that affects the hydrodynamics of river channels. Using
hydrodynamic and water quality models in vegetated channels can help better understand …

In deformed porous carbonates, the architecture of the pore network may be modified by
deformation or diagenetic processes altering the permeability with respect to the pristine …

Compound cross-sections are common forms of river cross-sections in nature. Due to their
more complex structure, it is more difficult to study their hydrodynamic and pollutant transport …

In this paper, we explore the possibility to derive an original lattice Boltzmann scheme for
solving shallow water equations. Specifically, it is proposed to decompose the collision …

Vegetation flow is more and more widely studied by scholars at home and abroad because it
is an important condition affecting river water quality. However, most of the studies were …

In this paper the dynamics of a two‐layered liquid, made of two immiscible shallow‐layers of
different density, has been investigated within the framework of the lattice Boltzmann method …

The lattice Boltzmann method is used to investigate the solute transport in shallow water
flows. Shallow water equations are solved using the lattice Boltzmann equation on a D2Q9 …

A two-dimensional lattice Boltzmann model with a D2Q9 lattice arrangement is developed to
simulate the flow-vegetation interactions in an open channel. The rigid vegetation is …

Flows in open-channel with partial emergent rigid vegetation cover are simulated using the
lattice Boltzmann method (LBM) described by the 2-D nonlinear shallow water equations …

A lattice Boltzmann method with two relaxation times for shallow-water equations (LABSWE
TRT) without turbulence is proposed. The described model is validated through simulations …