Here we employ and adapt the image-to-image translation concept based on conditional
generative adversarial networks (cGAN) for learning a forward and an inverse solution …

Density‐driven convection mixing has been identified to enhance CO2 trapping in deep
saline aquifers storage. In this study, the dynamics of fingering instability and associated …

The coupling between solute transport and rock's geomechanical processes, for example,
flow‐induced fracture activation, has emerged as an important hydrogeological challenge …

We numerically examine solutal convection in porous media, driven by the dissolution of
carbon dioxide (CO 2) into water—an effective mechanism for CO 2 storage in saline …

We examine the full 'life cycle'of miscible viscous fingering from onset to shutdown with the
aid of high-resolution numerical simulations. We study the injection of one fluid into a planar …

We investigate the coupled dynamics of fluid mixing and viscously unstable flow under both
miscible (single‐phase) and partially miscible (two‐phase) conditions, and in both …

A simulation tool capable of speeding up the calculation for linear poroelasticity problems in
heterogeneous porous media is of large practical interest for engineers, in particular, to …

We investigate the influence of poroelasticity on solute transport processes during viscously
unstable flows in a deformable aquifer. We hypothesize that viscous fingering-induced …

Performance assessment of CO 2 storage sites requires realistic modelling of the impact of
heterogeneous aquifer properties on brine-CO 2 flow. Heterogeneity gives rise to non …

Aquifer remediation with in‐situ soil washing techniques and enhanced oil removal typically
involves the injection of liquid solutions into the geological formation to displace and …