Large-scale reservoir simulation is still a big challenge due to the difficulty of solving linear
systems resulted from the Newton methods. For black oil simulation, more than 90% of …

Large‐scale reservoir simulations are extremely time‐consuming because of the solution of
large‐scale linear systems arising from the Newton or Newton–Raphson iterations. The …

The black oil model is widely used to describe multiphase porous media flow in the
petroleum industry. The fully implicit method features strong stability and weak constraints …

We describe a multistage parallel linear solver framework developed as part of the Intersect
(IX) next-generation reservoir simulation project. The object-oriented framework allows for …

As a result of the interplay between advances in computer hardware, software, and
algorithm, we are now in a new era of large-scale reservoir simulation, which focuses on …

This paper presents our work on developing a platform for high performance reservoir
simulations, which is developed to support the implementation of various reservoir …

With the rapid development of high performance parallel computers and the increasing
demands of large-scale reservoir simulation, the development of effective and fast solvers …

Large-scale reservoir simulation demands significant computational time so improving its
computational efficiency becomes crucial. Graphics Processing Unit (GPU), a high-profile …

Adaptive implicit petroleum reservoir simulations result in huge, often very ill-conditioned
linear systems of equations. The full system contains characteristics of both hyperbolic and …

A two-phase sequential IMPLICIT three dimensional reservoir simulator has been
developed for massively parallel computer systems. The parallel algorithm is based on …