Shear stimulation, so‐called hydroshearing, is believed to reactivate critical or near‐critical
preexisting fractures by pressurized fluid injection, causing them to slip and dilate for …

Previous lost-circulation models assume either a stationary fracture or a constant-pressure-
or constant-flowrate-driven fracture, but they cannot capture fluid loss into a growing …

To investigate the impact of reservoir stimulation by hydraulic fracturing, a series of
advanced lab-scale block tests were conducted with multiple measurement methods to …

The dilatant shear slip of preexisting fractures/faults by injection at pressures below the
minimum in situ stress has been recognized as an important permeability creation …

To reveal the influence mechanism of different fracture parameters on the permeability
characteristics of hot dry rock after hydraulic shear. The self-made high temperature true …

The shearing of pre-existing fractures plays an important role in the permeability
enhancement of shale reservoirs during hydraulic fracturing or refracturing treatments. The …

Shear slip caused by increased pore pressure due to injection has been explored as a
mechanism for permeability enhancement of unconventional hydrocarbon reservoirs. The …

Understanding the hydromechanical behavior and permeability stress sensitivity of hydraulic
fractures is fundamental for geotechnical applications associated with fluid injection. This …

Shear slip has been recognized as a dominant mechanism of permeability enhancement
during the hydraulic stimulation in engineered geothermal systems (EGS). The so-called …

This paper presents the results of a shear slip experiment in hot rock and its simulation and
analysis using 3D coupled thermo-poromechanical model with the aim of assessing the role …