| Parallelization of a Dynamic Pore-Network Simulator for Two-phase flow (DYPOSIT) using a domain decomposition approach. Short description: The dynamic pore-network model, DYPOSIT, simulates transient and steady-state two-phase system. The DYPOSIT model provides spatial and temporal pore- scale information for fluid pressures and fluid-fluid interfacial area. Purpose: To gain insight into spatial and temporal pore-scale information for fluid pressures and fluid-fluid interfacial area. Methodology: Pore scale network model. The resulting pressure equation is solved with first order finite difference. |
