… in fault reactivation. This paper presents an experimental study of fault reactivation potential
in fully saturated kaolinite and Ball Clay fault gouges. Clear differences were observed in …

… effects of water impoundment and pore-pressure diffusion on the reactivation of faults in high
… , according to the Mohr–Coulomb criterion, pore-pressure diffusion might be the main factor …

… fault reactivation. We show that only in cases where reservoir-bounding faults are not potentially
active, the pore-… stressed faults and water-phase pore pressure on the potential height of …

… work aims to study the potential for fault reactivation in the pre-salt … fault reactivation in the
structural compartments were estimated. With increases between 16% and 28.1% of the pore …

… to a fault surface is reduced by additional pore pressure, … reactivation potential should be
estimated before any … This study highlights the assessment of fault reactivation potential of an …

… To assess the sensitivity of fault reactivation potential to fault permeability structure, we
simulate the evolution of pore pressure and CFS over time for conduit (k = 100 mD) and sealing …

… reduces the potential for fault reactivation compared to … demonstrate the sensitivity of fault
reactivation to selected number … excess pore pressure required for fault reactivation based on …

… better well‐oriented fault with the active stress field and, also, the one more susceptible to
the pore pressure increase. These results suggest different types of fault deformation acting in …

… Vice versa, production from a reservoir diminishes the pore pressure and reduces the
likelihood of fault reactivation. Therefore, this concept cannot readily explain production-induced …

… This study has shown that in order to gain a more detailed view on the potential for fault
reactivation as a result of pore pressure increase during hydraulic stimulation a knowledge of the …