Convection-driven porous media flows are common in industrial processes and in nature.
The multiscale and multiphase character of these systems and the inherent nonlinear flow …

In the current investigation, it is examined numerically entropy generation (EG) on inherent
irreversibility motion of couple stress cold liquid with porous medium via Horizontal channel …

Heat conduction in porous media is generally accompanied by the natural convection of the
fluid within the pores driven by the temperature gradient. However, the criterion to determine …

The majority of literature studies on composite porous-fluid systems involve fully-developed
porous channel flows where the porous media covers the whole length of the channel …

We report pore-scale statistical properties of temperature and thermal energy dissipation
rate in a two-dimensional porous Rayleigh-Bénard (RB) cell. High-resolution direct …

We consider the process of convective dissolution in a homogeneous and isotropic porous
medium. The flow is unstable due to the presence of a solute that induces a density …

This study extensively investigates the influence of different pyrolysis temperatures and
organic matter contents on the fluid flow and heat transfer properties in oil shale samples …

To enable the lattice-Boltzmann method (LBM) to account for temporally constant but
spatially varying thermophysical properties, modifications must be made. Recently, many …

We consider the process of convective dissolution in a homogeneous and isotropic porous
medium. The flow is unstable due to the presence of a solute that induces a density …

Numerical simulation is an important tool for understanding the physics of flows in porous
media and for making predictions. The state of the art of multiscale modeling and simulation …