Artificial intelligence technology will be increasingly applied in the oil and gas industry. The
rapid development of artificial intelligence technology can solve problems such as high …

The tight oil reservoir is rich in microscale pores, which has a significant impact on oil and
water distribution and seepage. In this paper, first, the microscale pore-throat structure …

Under the influence of the nonlinear fluid-solid coupling, hydraulic fracture exhibits various
propagation modes (such as toughness-or viscosity-dominated), which stem from the …

Understanding the invasion and flowback processes of water, as the main source of
hydraulic fracking fluid, is crucial for the proper evaluation and development of complex gas …

Shale is known as the typical layered heterogeneous rock with multiple weak interfaces
between different layers, and how to depict the propagation characteristic of fluid-driven …

The world is rich in tar-rich coal resources, which have broad exploration and development
prospects. At present, the academic community has relatively weak research on the impact …

Low permeability and tight oil reservoirs are rich in microscale pores and contain a large
amount of dissolved gas. With the progress of production, the volatile gas gradually forms a …

Fluid flow in shale is governed by various flow mechanisms in different pores, which can be
attributed to the complex pore structure within the matrix and the surrounding mineral …

This study evaluated two distinct cryo-fracturing techniques using liquid nitrogen (LN2). The
evaluation included tests for peak compression strength, acoustic emission, and energy …

The formation of complex fracture network is a difficult problem in the process of deep rock
reservoir reconstruction, and the key to the generation of intricate fracture systems in deep …