In this field-data-based simulation study, we apply novel rate-dependent, anisotropic
saturation functions curve-fitted to match the flow behaviour of laminated sand-and siltstones …

The discrete element method (DEM) micro parameter calibration has been a longstanding
problem since the DEM was created. To date, the low-precision and time-consuming …

In this paper, we present the results of benchmark simulations for plume spreading during
CO 2 geo-sequestration conducted with the newly developed Australian CO 2 Geo …

Predicting pressure distribution in a petroleum reservoir is principal to the reservoir's
evaluation and maintenance, as pressure changes with space and time. A convenient …

Geologic boundaries juxtaposing fine-against coarse-grained rock, have a profound impact
on multiphase flow, giving rise to a spectrum of non-linear flow behaviors, ranging from …

Finite volume methods for time dependent problems typically employ time integration
schemes with constant time step sizes. The latter, in order to ensure stability and time …

At geo-storage conditions, carbon-dioxide is a supercritical low-viscosity fluid that is buoyant
with a mobility ratio< 1, highly prone to unstable displacement. The best candidate storage …

An adaptive conservative time integration scheme (ACTI) for compressible flow simulations
is devised. A finite volume method is used, in which every cell employs a time step size …

Many systems in science and engineering can be modeled by partial differential equations
(PDEs) discretized in time and space. While a variety of techniques have been developed to …

Nowadays, the influence of the Industry 4.0 concept has increased the use of technologies
that allow systems to be connected and make decisions in a more efficient way to increase …