Organizers: Marita Thomas, Timm John
Abstract Part A:
Processes at fluid–solid interfaces fundamentally control mass transfer, reaction kinetics, and permeability evolution in geological materials.
This session focuses on the modeling and mathematical methods for pore-scale mechanisms including fluid-solid element exchange, moving boundary problems during dissolution and precipitation, and fluid liberation from hydrous minerals during metamorphic reactions. Particular attention is given to fluid flow in low-porosity systems and transport in confined geometries, where capillarity, surface energy, and reactive interface dynamics dominate.