A dynamic pore-network model for two-phase flow in porous media that can simulate both transient and steady-state flow in different tyes of network geometries.
Phase transition between localized and non-localized failure during fracture growth can be first or second order depending on the type of the system disorder.
Disorder plays a key role in making a stable materials, as we we in concrete, fiberglass or carbonfiber composites. The competetion between stress a disorder ...
Multiphase flow, or the flow of multiple fluids through the same space shows very different characteristics than the flow of a single fluid. Inside a porous medium, it is even more complex and often shows non-linearities.
Flow of two immiscible fluids in porous media at high capillary number can described in terms of an effective viscosity with an exponent α, similar to an electrical network.
A set of equations relating the seepage velocities of the fluid components in immiscible and incompressible two-phase flow in porous media was derived based on thermodynamic considerations.
Making film and music are my passion and that's what I do in my spare time. In the following a few of my creations, check my [YouTube] channel for more.
We created a short film with a few researcher friends from our institute, it was a great fun. This is a teaser of that film, the full video is in my YouTube channel.