… This paper presents a numerical method for simulating flow fields in a stochastic porous
medium that satisfies locally the Darcy equation, and has each of its hydraulic parameters …

A three‐dimensional solute transport model has been developed to study detailed contaminant
movements through large heterogeneous flow systems in porous media. The model is …

… In the method described in this work for direct numerical simulation of particle flow in
porous media, we use Navier-Stokes Equation to describe the continuous phase, DEM-based …

Free convection of magnetic nanofluid in a porous curved cavity is investigated. Influence of
external magnetic source is taken into account. Innovative numerical approach, namely …

… In this section, the numerical simulation is verified by the physical model tests of Patursson
(2007). The flume of the physical model tests was 37 m long and 3.66 m wide, and the depth …

… and the tortuosity of porous media. ► We choose a simple 2D unit cell with a circular particle
to simulate the actual porous media. ► Through the numerical calculation, we have found …

… of macroscopic turbulence in porous media, when turbulent eddies exceed the pore size.
In … in a porous medium, we simulated the turbulent flow by direct numerical simulation (DNS) …

A series of chemical transport simulations in saturated porous media are conducted to examine
the coupled impacts on chemical mobility induced by nonuniform sorption reactions and …

… fractured porous media. We focus on the simulation of gas-water systems in the fractured
media and present results for a gas-water simulation on parallel computers, gas infiltration into …

… In this section, simulations of particle migration through the porous medium shown in Fig.
2 are reported. The medium consists of a rectangular domain of size 2 cm \(\times \) 1 cm, …