OILGEN is a 2-D finite element and tracking code that can be used to simulate deep groundwater flow, heat transport, and oil migration in geologic basins. The package comes with a menu-driven preprocessor for building the input data file for the numerical processor, which can simulate either steady-strata or transcient flow fields. A menu-driven, graphical postprocessor is included for visual display of the simulation results. The same code package can be used to simulate contamtruant migration in porous media and groundwater aquifers.
Grant Garven
Professor, Dept. Earth & Planetary Sciengarven@indigo.eps.jhu.edu
Johns Hopkins University
3400 North Charles Street
Room 301, Olin Hall
Baltimore, MD 21218
USA
410-516-8689
410-516-7983 (fax)
garven@indigo.eps.jhu.edu
For applications in related solution areas, see the following indices: Civil Engineering, Computational Fluid Dynamics (CFD), Earth Sciences, Environment Modeling, Environmental Science, Geologic Modeling, Groundwater Flow Analysis, Hydrodynamics, Petroleum Geology, the developer index for Johns Hopkins University and the market segment index for Earth Resources.
