An advanced inverse modeling framework for efficient and flexible adjoint-based history matching of geothermal fields

Impact of CO₂ hydrates on injectivity during CO₂ storage in depleted gas fields: A literature review

A History Matching Study for the FluidFlower Benchmark Project

Unveiling Valuable Geomechanical Monitoring Insights: Exploring Ground Deformation in Geological Carbon Storage

A newly installed research infrastructure for geothermal energy in a subsurface sedimentary reservoir for direct-use heating: The TU Delft campus geothermal project

Physics-informed Neural Networks Based On Sequential Training For CO2 Utilization And Storage In Subsurface Reservoir

Multiscale Stratigraphic Reservoir Characterization for Flow and Storage of CO2: Roadmap for Modelling and Quantitative Understanding

A Unified Thermal-Reactive Compositional Simulation Framework for Modeling CO₂ Sequestration at Various Scales

Application of Deep Neural Networks to the Operator Space of Nonlinear PDE for Physics-Based Proxy Modelling

Efficient Inverse Modeling Framework for Energy Transition Applications Using Operator-Based Linearization and Adjoint Gradients

Advanced modeling of enhanced CO₂ dissolution trapping in saline aquifers

Coupled modeling of well and reservoir for geo-energy applications

Nonlinear finite volume discretization of geomechanical problem

Applying Massively Parallel Interface for MPFA scheme with advanced linearization for fluid flow in porous media

Nonlinear solver based on trust region approximation for CO₂ utilization and storage in subsurface reservoir

The FluidFlower Validation Benchmark Study for the Storage of CO ₂

FluidFlower Benchmark: Lessons Learned from the Perspective of Subsurface Simulation

Influence of process-based, stochastic and deterministic methods for representing heterogeneity in fluvial geothermal systems

Uncertainty quantification in a heterogeneous fluvial sandstone reservoir using GPU-based Monte Carlo simulation

Improved Understanding of Naturally Fractured Reservoirs Using Data Assimilation