Compositional reservoir models have many uses, including petroleum reservoir simulation,
the simulation of flow and remediation of nonaqueous petroleum liquids, and the study of …

We consider a control volume discretization with a multi-point flux approximation to model
Discrete Fracture–Matrix systems for anisotropic and fractured porous media in two and …

With the explosion of computational power and development of new and advanced
simulation techniques, reservoir simulation has evolved into a mature technology. Today's …

Practical production optimization problems typically involve large, highly complex reservoir
models, thousands of unknowns and many nonlinear constraints, which makes the …

The development of a general-purpose reservoir simulation framework for coupled systems
of unstructured reservoir models and advanced wells is the subject of this dissertation …

Thermal runaway in Li-ion cells and battery packs impacts the safety and performance of
electrochemical energy storage systems. In particular, preventing the propagation of thermal …

This work considers cocurrent, 3D, single-phase miscible and two-phase immiscible,
hyperbolic flow in a general grid, structured or unstructured. A given gridblock or control …

We present a flexible general-purpose reservoir simulation framework based on Automatic
Differentiation (AD). The new AD-based simulator supports unstructured grids, employs a …

In the oil industry, chemicals can improve oil production by mobilizing trapped and bypassed
oil. Such processes are known as chemical-enhanced oil recovery (CEOR). Surfactants and …

New sequential fully implicit (SFI) methods for compositional flow simulation have been
recently investigated. These SFI schemes decouple the fully coupled problem into separate …