A pore-scale model of a PEMFC cathode catalyst layer was developed using the pore
network approach and used to predict polarization behavior. A volumetric image of a …

The paper is focused on high efficiency Stokes solver that is applied to the incompressible
flow in porous media. Computational domains are represented by binarized 3D computed …

Pore-scale modeling based on the 3D structural information of porous materials has
enormous potential in assessing physical properties beyond the capabilities of laboratory …

POREnet, a novel approach to model effective properties of thin porous media, TPM, is
presented. The methodology allows the extraction of local effective property tensors by …

The direct proportionality between the flow rate and the pressure gradient of creeping flows
was experimentally discovered by H. Darcy in the 19th century and theoretically justified a …

Different modeling techniques can be used to estimate the saturated conductivity of a porous
medium based on computed tomography (CT) images. In this research, two methods are …

Generalized network models (GNMs) serve as powerful tools, bridging the intricate gap
between pore-and continuum-scale multiphase transport in porous media. An essential step …

Abstract The performance of Lithium-Ion batteries (LIB's) strongly depends on 3D
microstructure and continued research is needed for the development and optimization of …

Due to its insulating and draining role, assessing ground vegetation cover properties is
important for high-resolution hydrological modeling of permafrost regions. In this study …

Abstract In conventional Pore-network Modeling (PNM) approaches, fluid flow and transport
are solved in a network of pore elements with idealized geometries. Such simplification can …