Maximizing heat extraction from enhanced geothermal systems (EGS) depends heavily on
an efficient heat sweeping or basically an effective circulation of water through fracture …

Reservoir deformations due to stress changes may have a substantial impact on the
effective flow properties of reservoir rocks, which may potentially impact productivity and …

Abstract The three-dimensional (3D) pore structures and permeability of shale are critical for
forecasting gas production capacity and guiding pressure differential control in practical …

Pore space deformation may significantly affect the behavior of multiphase flow through
porous media, leading to changes in the effective permeability, relative permeability, and …

The unsaturated hydraulic properties provide important theoretical and practical information
about fluid flow in soils and rocks for a range of soil, environmental and engineering …

Characterization of stress-dependent single-phase and multiphase fluid transport in
fractured geo-materials is essential for a wide range of applications, including CO2 …

Currently there are two approaches to capture the deliverability in wellbore/reservoir
interaction: finite-difference or finite-volume methods numerical packages (ie, CMG …

This study delves into the intrinsic and multiphase flow properties, specifically steady-state
drainage relative permeability, of a subsurface Deadwood sandstone from the Aquistore CO …

Over the last century, the state of stress in the earth's upper crust has undergone rapid
changes because of human activities associated with fluid withdrawal and injection in …

A robust and efficient two-phase flow model integrated with geomechanics has been
developed, validated, and subsequently utilized to investigate the transient flow …