Quantitative predictions of natural and induced phenomena in fractured rock is one of the
great challenges in the Earth and Energy Sciences with far‐reaching economic and …

With the continuous advancement of oil and gas field development technologies, there has
been an increasing focus on the exploration of unconventional oil and gas resources, such …

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 …

The data for the 285.5 m high Xiluodu reservoir arch dam, China's second-largest, from
2012 to 2021 was monitored and analyzed to assess river valley contraction deformation …

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

Vertical deformation profiles of subterranean geological formations are conventionally
measured by borehole extensometry. Distributed strain sensing (DSS) paired with fiber-optic …

A concomitant effect of a hydraulic fracturing experimenting is frequently fluid permeation
into the rock matrix, with the injected fluid permeating through the porous rock matrix (leak …

The paper presents the key findings of Task G SAFENET of the DECOVALEX 2023 project
“Safety Assessment of Fluid Flow, Shear, Thermal and Reaction Processes within …

The interaction between hydraulic fractures (HF) and natural fractures (NF) is one of the
most fundamental phenomena in hydraulic fracturing. The near-wellbore interaction …

Fluid flow in complex fracture systems near wellbore is influenced by heterogeneous fluid
pathway structure, proppant distribution, and stress-induced fracture aperture change. The …