Andre Unger

Professor Unger is focused both on applied and research topics associated with numerical methods in multi-phase compositional flow in discretely fractured porous media systems. His interests extend to developing control volume finite-difference algorithms to simulate reactive phase-flow and advective-dispersive-transport within these systems, as well as numerical linear algebra strategies for object-orientated OpenMP domain-decomposition-based solutions of large sparse matrices derived from these classes of problems.

• Applications
  • Three-phase flow in discretely fracture porous rock
  • Biodegradation of gasoline compounds in the subsurface
• Foundations
  • Simulation of mass transport as a physiological process in human organs
• Data
  • Artificial intelligence and pharmaceutical dosing