Fractal dimension is often used to characterize the distribution of complexity fractures.
However, the existing fractal dimension calculation method can only obtain one fractal …

Efficient flow simulation and optimization methods of hydraulic fracture morphology in
unconventional reservoirs are effective ways to enhance oil/gas recovery. Based on the …

Fluid-flow fractures, through which fluids can move under pressure, make a more significant
contribution to increasing production than do microseismic and propagation fractures. An …

Multistage stimulation horizontal wells are prerequisite technologies for efficient
development of unconventional reservoir. However, the induced fracture network …

The issue of inter-well fracture channeling in shale reservoirs is becoming increasingly
prominent, significantly impacting the production of nearby wells. Therefore, it is crucial to …

Hydraulic fracturing is a crucial technology for enhancing the recovery of oil and gas from
unconventional reservoirs. Accurately describing fracture morphology is essential for …

With the growth of the world economy, the demand for oil and gas is also rising, and
conventional oil and gas resources have been unable to meet the huge energy demand …

ABSTRACT A Smooth Particle Hydrodynamics (SPH) method is employed to simulate the
two-phase flow of oil and water in a reservoir. It is shown that, in comparison to the classical …

Shale gas reservoirs have gradually become the main source for oil and gas production.
The automatic optimization technology of complex fracture network in fractured horizontal …

To investigate the fracture propagation mechanism during supercritical CO 2 fracturing in
shale reservoirs, a numerical model was proposed based on the displacement discontinuity …