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

Recently, graphics processing units (GPUs) have been demonstrated to provide a significant
performance benefit for black-oil reservoir simulation, as well as flash calculations that serve …

Reservoir simulation is traditionally based on the assumption that water is an inert phase,
while hydrocarbon components split into oil and gas phases. This approach is usually …

Abstract Graphics Processing Units (GPUs) have been successful in providing up to an
order of magnitude performance benefit for reservoir simulation; this has been demonstrated …

We present the development of a field-scale simulation tool coupling the model of Zohr, a
super giant deepwater gas reservoir requiring a multi-million active cells grid with dual …

Reservoir simulation is traditionally based on the assumption that water is an inert phase,
while hydrocarbon components split into oil and gas phases. This approach is usually …

Modern engineering applications require the solution of linear systems of millions or even
billions of equations. The solution of the linear system takes most of the simulation for large …

The ever-increasing resolution of reservoir simulation models, combined with the
emergence of ensemble approaches, call for the adoption of simulators running on Graphics …

This work presents a numerical framework, for the analysis of coupled fluid and
geomechanical processes related to subsurface operations, built upon ABAQUS of …

Recently, graphics processing units (GPUs) have been demonstrated to provide a significant
performance benefit for black-oil reservoir simulation, as well as flash calculations that serve …