M.S.

Masters of Science theses papers from SUPRI-B students.

Results for: M.S.

Hasanzade, Rasim. “Adaptive Conservative Local Time-Stepping Scheme for Multiphase Flow and Transport In Porous Media”.
Tang, Haoyu. “Implementation and Testing of Reduced-Order Models in a General Reservoir Simulation Setting”.
Alali, Ammar Hussain. “Analysis and Finite-Volume Discretization of Capillary-Dominated Flow in Fractured Porous Media”.
Li, Jiawei. “Multi-Segment Well Modeling in a Sequential Implicit Coupling Framework”.
Mimouna, Ahmed. “Generalization of the Discrete Methods to Arbitrary Networks”.
Klevtsov, Sergey. “Linear Solution Techniques for Reservoir Simulation With Fully Coupled Geomechanics”.
Wang, Yifan. “A Stability Criterion for the Negative Compressibility Problem in Geothermal Simulation and Discrete Modeling of Failure in Oil Shale Pyrolysis Process”.
Graveleau, Marguerite. “Pore-Scale Simulation of Mass Transfer Across Immiscible Interfaces”.
Jin, Zhaoyang (Larry). “Application of Reduced-Order Modeling for Geological Carbon Sequestration”.
Boch, Adrien. “Detailed Assessment of Multilevel Optimization for Field Development”.
Haider, Batool. “Impact of Capillary Pressure and Critical Properties Shift Due to Confinement on Hydrocarbon Production from Shale Reservoirs”.
Al-Zayer, Ala. “Relative Permeability of Near-Miscible Fluids in Compositional Simulators”.
Vogel, Steven. “Analysis of a Mass-Based Compositional Multiscale Formulation”.
Sun, Wenyue. “Data Driven History Matching for Reservoir Production Forecasting”.
Lagasca, Joseph. “Simulation of Large-Scale CO2 Plumes in Deep Saline Aquifer”.
Sriyanong, Pasawich (Mac). “Element-Based Formulations for Coupled Flow, Transport, and Chemical Reactions”.
Iskhakov, Ruslan. “High-Resolution Numerical Simulation of CO2 Sequestration in Saline Aquifers”.
Jiang, Rui. “Pressure Preconditioning Using Proper Orthogonal Decomposition”.
Wang, Yixuan. “Algebraic Multiscale Linear Solver for Heterogeneous Elliptic Problems”.
Wang, Yixuan. “Algebraic Multiscale Linear Solver for Heterogeneous Elliptic Problems”.