Electrolyte filling is a time‐critical step during battery manufacturing that also affects battery
performance. The underlying physical phenomena mainly occur on the pore scale and are …

Drying of capillary porous media involves coupled heat and mass transfer in complex void
space geometry, which makes it very difficult to model and simulate invasion patterns. Thus …

Two-phase liquid flow in micro-/mini-channels has several thermal advantages in
comparison with single-phase liquid flow, such as heat transfer rate, thermosiphon effect …

There is a growing interest in fluid flow through rocks which show a large range, or
heterogeneity, in pore sizes (from order tens of nanometres up to a hundred microns) which …

To simulate the three-dimensional interaction of waves and porous structures using the
lattice Boltzmann method, a novel multi-relaxation-time lattice Boltzmann scheme …

Several off-lattice Boltzmann schemes have been proposed in the literature to generalize
the classical lattice Boltzmann method to non-uniform and unstructured grids. Most of these …

Understanding fluid flow behavior in coal is of great significance for coal-bed methane
exploration. X-ray CT and image segmentation have been widely used to extract pore …

We develop a gray-scale lattice Boltzmann (LB) model to study fluid flow combined with heat
transfer for flow through porous media where voxels may be partially solid (or void). Heat …

A lattice Boltzmann model for the propagation and sharpening of phase boundaries that
arise in applications such as multiphase flow is presented. The sharpening is accomplished …

The formation of an artificial freezing curtain is severely constrained by groundwater
seepage flow. Traditional numerical methods have limitations in addressing the interaction …