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Reservoir Modeling & Recovery Department

The Reservoir Modeling & Recovery Department centers on the ability to quantitatively characterize fluid behavior in porous media. Students use multiphase-flow simulation to predict how oil, gas, and water move through a reservoir, practice inverting well-test and pressure-transient data to back out reservoir properties, and learn to combine material-balance calculations with uncertainty quantification to produce confidence bounds on recovery forecasts. Graduates can draw on this integrated analysis to predict reservoir performance and optimize recovery strategy.

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Field-based Curriculum · 17

This department's curriculum is built directly on the GeoVerse Lab research fields its professors hold — click a field to see how it is taught.

Multiphase Flow, Relative Permeability & Immiscible Displacement
Multiphase Flow, Relative Permeability & Immiscible Displacement
Multiphase flow and immiscible displacement is taught as reservoir-scale fluid m…
Miles C. Leverett
Compositional & Equation-of-State Reservoir Simulation
Compositional & Equation-of-State Reservoir Simulation
Compositional simulation is taught as component-level phase behavior: students t…
Kenneth Pitzer
Naturally Fractured Reservoir Modeling
Naturally Fractured Reservoir Modeling
Naturally fractured reservoir modeling is taught as dual porosity: students simu…
Joseph E. Warren
Numerical Linear Solvers for Reservoir Simulation
Numerical Linear Solvers for Reservoir Simulation
Numerical linear solvers are taught as large sparse-system algorithms: students …
Cornelius Lanczos
Iterative Linearization of Nonlinear Reservoir Flow Equations
Iterative Linearization of Nonlinear Reservoir Flow Equations
Iterative linearization of nonlinear flow equations is taught as numerical analy…
Philipp Ludwig von Seidel
Numerical Stability & Convergence Analysis of Reservoir Simulators
Numerical Stability & Convergence Analysis of Reservoir Simulators
Numerical stability is taught as error-amplification analysis: students contrast…
Aleksandr Lyapunov
Well-Posedness & Analytical Solution Theory for Reservoir Flow PDEs
Well-Posedness & Analytical Solution Theory for Reservoir Flow PDEs
Analytical solution theory for reservoir flow PDEs is taught as well-posedness: …
Mahdi S. Hantush
Permeability-Porosity Relationships & Pore Structure Theory
Permeability-Porosity Relationships & Pore Structure Theory
Permeability-porosity relationships are taught as pore-structure theory: student…
Josef Kozeny
Digital Rock Physics & Pore-Scale CT Imaging
Digital Rock Physics & Pore-Scale CT Imaging
Digital rock physics is taught as an imaging-to-simulation pipeline: students re…
Godfrey Hounsfield
Wettability & Interfacial Phenomena in Reservoir Rocks
Wettability & Interfacial Phenomena in Reservoir Rocks
Wettability and interfacial phenomena is taught as the surface-chemistry cause: …
William Bate Hardy
Reservoir Heterogeneity Characterization
Reservoir Heterogeneity Characterization
Reservoir heterogeneity is taught as quantitative indices: students measure swee…
Max O. Lorenz
Reservoir Upscaling & Homogenization of Heterogeneous Media
Reservoir Upscaling & Homogenization of Heterogeneous Media
Upscaling and homogenization is taught as model coarsening: students compute flo…
Ivo Babuška
Material Balance Equations for Oil & Gas Reservoirs
Material Balance Equations for Oil & Gas Reservoirs
Material balance is taught as zero-dimensional reservoir diagnosis: students app…
Ralph J. Schilthuis
Aquifer Influx & Transient Boundary Flow Analysis
Aquifer Influx & Transient Boundary Flow Analysis
Aquifer influx is taught as boundary-flow analysis at reservoir scale: students …
Adhémar Jean Claude Barré de Saint-Venant
Pressure Transient Analysis via Operational Calculus
Pressure Transient Analysis via Operational Calculus
Pressure transient analysis via operational calculus is taught as building type-…
William Hurst
History Matching & Gradient-Based Inverse Problems
History Matching & Gradient-Based Inverse Problems
History matching is taught as gradient-based inversion: students minimize the si…
Donald Marquardt
Streamline Simulation & Hele-Shaw Flow Analogy
Streamline Simulation & Hele-Shaw Flow Analogy
Streamline simulation is taught as a dimension-reduction strategy: students deco…
Henry Selby Hele-Shaw