The quantitative understanding of hydraulic fracture (HF) properties guides accurate
production forecasts and reserve estimation. Type curve is a powerful technique to …

Understanding the integrated transport behavior of oil in shale nanopores is critical to
efficient shale oil development. In this paper, based on the time-dependent Poiseuille flow …

As the demands of tight-oil Enhanced Oil Recovery (EOR) and the controlling of
anthropogenic carbon emission have become global challenges, Carbon Capture Utilization …

During the exploitation of shale oil, the stress and pore pressure of the reservoir generally
change, resulting in the deformation of the shale pore structure, which affects the oil …

The nonuniform adsorption of nanoparticles (NPs) on the solid surfaces within porous media
plays a pivotal role in altering wettability and oil–water relative permeability. However, the …

How liquids transport in the shale system has been the focus because of fracturing fluid loss.
In this study, a single-nanopore model is established for liquid transport in shale while …

Oil–water relative permeability can be regarded as one of the important parameters to study
the flow characteristics in the nanoporous media of shale. Considering the slip boundary …

The importance of wettability in reservoir evaluation and dynamics in shale is gaining
increasing attention. Wettability is also a key consideration in the strategy development of …

The flow of alkanes within nanochannels holds significant scientific implications for
biological, material, and oil field development. Existing models often overlook the combined …

In this project, the diffusion of fluid in complex porous media was simulated using D3Q27
model of Lattice Boltzmann method (LBM) in the presence of gravity force and at different …