To investigate the vertical propagation mechanism of hydraulic fractures in interlayered
brittle shale formations in the Qingyi member of the Southern Songliao Basin in Northeast …

To investigate the synchronous vertical propagation mechanism of multiple hydraulic
fractures in shale oil formations interlayered with thin sandstone (SIS), we conduct a series …

Hydraulic fracturing treatments are capable of enhancing the well production performance in
low-porosity and low-permeability reservoirs because of the resulted improvement in …

The interactions between supercritical carbon dioxide (ScCO 2) and shale significantly affect
shale reservoir exploitation. This study investigates the effect of ScCO 2 immersion on the …

Hydraulic fracturing plays significant role in enhancing production performance of low-
porosity and low-permeability reservoirs because the created hydraulic fracture (HF) can …

Purpose The unstable dynamic propagation of multistage hydrofracturing fractures leads to
uneven development of the fracture network and research on the mechanism controlling this …

A numerical model was established by using the 3D lattice method to investigate the
synchronous propagation mechanism of multiple clusters of hydraulic fractures in …

In this study, numerous triaxial hydraulic fracturing experiments are performed in continental
shale outcrop samples and artificial samples with similar properties to investigate the HF …

Appropriate zone selection is crucial for hydraulic fracturing as it can significantly impact the
success of the treatment and the overall cost. Many parameters affect true zone selection for …

The efficient development of tight gas reservoirs is significantly enhanced by multi-stage and
multi-cluster fracturing techniques in conjunction with horizontal well technology, leading to …