… In summary, the hybrid method developed in this work combines the accuracy of LBM …
pore scale and can lead to significant reduction of computation time, thus allowing the pore-scale …

… Note that the so-called pores considered in the present study are large, … scale, and not
restricted to a few micrometers, as found in many other applications. In this article, the terms pore …

… Additionally, our pore scale results offer an opportunity to benchmark empirical expressions
of pore-throat’s entry capillary pressure. Functional dependencies used previously in similar …

… combine the accuracy of lattice Boltzmann method and efficiency of pore network model.
In … in pore-scale fluid flow simulation methods coupling lattice Boltzmann method and pore …

… Parameters Hp and Hl are the heights of liquid in the micro-pore structure in physical and
lattice units, and we assume Hl = (Ll/Lp)Hp. With the converted liquid mass and time in …

… “kernels” to be used in the hybrid lattice DFT adsorption model; in this study, we consider a
synthetic mixture of AC and MC to cover a broader range of pore sizes, this being particularly …

… for reactive transport modeling at the pore scale will be briefly described for the rest of article
and key biogeochemical processes relevant to pore structure dynamics will be introduced. …

… Shan Chen Lattice Boltzmann method (LBM) is implemented to simulate pore-scale physics
… to reconcile LBM and pore network model as a hybrid pore-scale technique to track the micro…

… pore scale without the loss of information via upscaling. Nonetheless, the simulation is
computationally demanding (the pore-scale … , other pore-scale approaches (eg, Lattice Boltzmann…

… a new hybrid computational method, … lattice Boltzmann modelling (LBM) in the two-phase
pores, while the single-phase flow in the pores filled solely by vapor or liquid is solved by pore …