Traditional approaches for transport in porous media rely on empirical hydrodynamic/
transport parameters to quantify the interfacial exchange terms between fluid and solid …

Developing highly accurate models for predicting the convection–diffusion-reaction (CDR)
transport in hierarchical porous media with strong heterogeneities on multiple scales is …

To quantify the biology and physical understanding of endovascular drug delivery, a
mathematical model that accounts for the two-phase binding of drug molecules in a …

We provide the capillary pressure curves pc (s¯) as a function of the effective saturation s¯
based on the theoretical framework of upscaling unsaturated flows in vertically …

Modeling transport phenomena within heterogeneous porous media poses considerable
challenges, particularly on account of the complexity of the involved geometries combined …

Estimating gas transport through a hierarchical micro/nanoporous system is challenging due
to non-equilibrium gas dynamics. The primary difficulty lies in determining the rarefaction …

Physical adsorption takes place inside narrow pores where the attractive interaction
between the surface of the adsorbent and the contaminant molecules is strong enough to …

A series of models, focusing on various aspects and spatial scales, have been developed for
simulation studies of methane pyrolysis, also called cracking, for carbon production in a …

Physical adsorption takes place inside narrow pores where the attractive interaction
between the surface of the adsorbent and the contaminant molecules is strong enough to …

Physical adsorption takes place inside narrow pores where the attractive interac-tion
between the surface of the adsorbent and the contaminant molecules is strongenough to …