This paper provides evidence on how the fractal vibration system can be converted into a
damping system in a continuous space. The fractal Duffing vibration is considered an …

The microfracture structure in the reservoirs of shale has a strong influence on gas transport.
To depict the transport characteristics of shale gas in widely developed microfractures, this …

The natural microfractures, which are widely present in shale rock, are the dominant
channels for shale gas seepage. However, most of the existing studies on gas seepage in …

An accurate understanding of gas seepage mechanisms in shale reservoirs would have a
positive impact on promoting shale gas development. Shale is a complex dual-porosity …

Changes in pore pressure during the extraction of shale gas lead to dynamic alterations in
the pore structure and permeability, making it challenging to gain a comprehensive …

A considerable amount of shale gas is present in an adsorbed state, with the diffusion
process, under the influence of adsorption effects, playing a crucial role in the production of …

To economically develop shale gas reservoirs, hydraulic fracturing treatments must be
applied to artificially introduce pathways for gas to flow out. After hydraulic fracturing, both …

The complex natural fracture network with self-affine rough surface and branching
characteristics significantly impacts the gas transport in shale gas reservoirs. However, its …

At present, the technology of carbon dioxide flooding shale gas is a hot topic for scholars.
The numerical simulation of shale gas driven by carbon dioxide is inseparable from the …