Our lab has developed expertise to make disordered porous rocks, with controllable pore structures, that are transparent. This capability allows us to visualize multi-phase flow within them in 3D, with high spatial and temporal resolution, over length scales ranging from smaller than a pore to that of the entire medium.

Our lab has developed expertise to visualize and simulate flow and particle trasnport within them in 3D, with high spatial and temporal resolution, over length scales ranging from smaller than a pore to that of the entire medium.

Our lab has developed expertise to visualize and simulate flow and particle trasnport within them in 3D, with high spatial and temporal resolution, over length scales ranging from smaller than a pore to that of the entire medium.

Our lab has developed expertise to visualize and simulate flow and particle trasnport within them in 3D, with high spatial and temporal resolution, over length scales ranging from smaller than a pore to that of the entire medium.