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Pore-scale modeling provides opportunities to study transport phenomena in fundamental ways because detailed information is available at the micro (pore) scale. This offers the best hope for bridging the traditional gap that exists between pore scale and macro (core) scale description of the process. As a result, consistent upscaling relations can be performed, based on physical processes defined at the appropriate scale.
We develop numerical formulations to study various processes in earth materials such as fluid flow, reactive/adsorptive solute transport, dissolution and kinetic processes, density dependent flow, electro-kinetic driven flow, etc.