Professor, SUETRI-B

Professor, Smart Fields Consortium

3D latent diffusion models for parameterizing and history matching facies systems

Ensemble and Monte Carlo-based data assimilation with 3D latent-space facies models

Treatment of imperfect prior models in history matching

Basin-scale modeling and optimization of multiple CCS projects, with application to North Dakota

Prediction of basin-scale flow quantities in CCS from pressure, rate and surface displacement data

Polyhedral Discretization for Compositional Simulation

Hybrid Mimetic and Two-Point Methods for Distorted Grids

Adaptive Conservative Time Discretization for Multiphase Flow on GPUs

Hierarchical coarsening framework for multi-scale subsurface simulation

Finite-Volume Discretization of Capillary Heterogeneity in GEOS

Probabilistic Forecast using Method of Distribution for Poroelasticity

Physics-Informed Neural Networks for Uncertainty Quantification of Transport in Porous Medium

GEOS x AI: Leveraging GNNs and LLM-powered Agents to Make GEOS Work for You"

Modeling Fault Reactivation and Induced Seismicity in GEOS

Implications of Flow Instabilities on H2 Storage in Aquifers

Adaptive Time-Discretization Scheme for Shale and Tight Reservoirs

Trust-region based fully implicit nonlinear solver for geothermal simulation

Image-Based Modeling of Electrochemical Reactive Transport in Porous Electrodes

GeoCquest Field Validation prior models, simulations, and history matching

GFV modeling and optimization and UOF developments

Bayesian full-waveform monitoring of CO2 storage with fluid-flow priors via generative modeling

Surrogate modeling and hierarchical data assimilation for CO2 storage systems involving flow, geomechanics, and faults