Development of Unconventional Reservoirs 2020 (MDPI - Multidisciplinary Digital Publishing Institute, 2021)
Keywords: ABAQUS; adaptive filtering; adsorption; adsorption–desorption; Alaska; amorphous SiO2; artificial neural network; basement reservoir; bedding fractures; brittle spot identification; brittleness; Bumu region; carbonate; carbonate rock; carboniferous; CBM; CBM reservoir wettability; CFD simulation; classifications; clay minerals; coal properties; coal-bearing tight sandstone; coalbed methane; complex noise canceling; complex rocks; cross fractures; deep learning; depositional environments characteristics; dimensional analysis; discrete element method; drilling; dual media; dynamic pore network modeling; eastern Sichuan Basin; elastic properties; electrical conductivity; electrohydraulic effect; electromagnetic telemetry; elliptical-shaped drainage; enhanced oil recovery; environmental implication; EOR; equilibrium height prediction model; equilibrium proppant height; estimation model; Eulerian multiphase modeling; failure criterion; FEM; finite element simulation; fluids-rock interaction; formation mechanisms; fractal theory; fractional derivatives; fracture; fracturing fluids; gas adsorption; gas content; gas controlling pattern; gas diffusion; gas geochemical characteristics; gas hydrate; gas loss; gas viscosity; geological structure; geology; Gibbs excess adsorption; gradient boosting decision tree; group method of data handling; heterogeneity; heterogeneous sequence; high voltage spark discharge; history matching; hong-che fault zone; horizontal well with multiple finite-conductivity fractures; hydraulic fracturing; imbibition; induced seismicity; influencing factor; influencing factor analysis; injection sequence; irregular stimulated region; Jizhong Sub-basin; junggar basin; kerogen porosity; lamina; Large Igneous Province (LIP); Lattice Boltzmann method; lithofacies; machine learning; main controlling factors of hydrocarbon accumulation; matrix porosity; mercury injection capillary pressure; methane; methane adsorption isotherm; MICP; micro CT; microseismic events; modified fluid-mechanical coupling algorithm; molecular simulation; multi-fractured horizontal well (MFHW)