... calculation and dynamic analysis of oil and gas reservoirs. At the same time, it is also an important basis for capacity prediction of underground gas storage and optimization of cyclic injection and extraction system. flow in porous media dynamic characterization blockage fluid dynamics...

..., shear dilation may play a dominant role when rough fractures suffer certain shear displacement, which is believed to be able to significantly enhance the fracture permeability (Zhang et al. 2008). fracture reservoir characterization simulation fluid dynamics flow in porous media shear...

... and permeability, sensitive permeability to stress and high bound water saturation, and has fracture structures such as microfractures, cleavage fractures, and bedding fractures (Shanley et al., 2004). upstream oil & gas hydraulic fracturing core analysis gel permeability conductivity fluid...

... reservoirs (LI Weicai et al, 2011; DOU Hong en et al, 2014; LI Xiangfang en et al, 2020). This has become one of the current issues of concern in terms of EOR. upstream oil & gas concentration mos 2 amphiphilic mos 2 fluid dynamics enhanced recovery amphiphilic nanomaterial oilfield...

... and the energy industry that EGS technologies have the potential to contribute significantly to the future power generation (Moore, et al., 2020). fluid dynamics flow in porous media biot skempton reservoir characterization mpa ghassemi structural geology coefficient sample upstream oil...

... deformation and fluid transport are important in understanding the evolution of fracture permeability in response to fracture reactivation, especially during long-term reservoir depletion. fluid dynamics proppant permeability proppant loading concentration fracturing fluid journal coefficient...

... the columns tests and then discuss the THM models upstream oil & gas fluid dynamics united states government reservoir geomechanics experiment north america government flow in porous media evolution bentonite buffer bench-scale laboratory experiment thermal conductivity bentonite...

.... hydraulic fracturing propagation algorithm equation of state fracture scenario upstream oil & gas mesh timestep fracture propagation gradient interface fluid dynamics flow in porous media resolution simulation aperture freedom deviation mesh resolution vector thermoporoelastic...

... between glutenite and homogeneous reservoirs (Guoxin et al., 2020). fracture characterization reservoir characterization glutenite reservoir hydraulic fracturing fracture sandstone fluid dynamics flow in porous media gravel cementation upstream oil & gas glutenite fracture toughness...

... higher safety, economy and much more reservoir stimulation measures (Tao et al. 2019). upstream oil & gas complex reservoir wellbore design fluid dynamics drilling operation annular pressure drilling coal seam gas reservoir geomechanics underbalanced drilling coal shrinkage wellbore...

... (Ajani & Kelkar, 2012; Daneshy & King, 2019; Gupta et al., 2021; Kumar et al., 2020; Manchanda et al., 2017; Rezaei et al., 2019; Seth et al., 2020; Zheng et al., 2019) fluid dynamics drilling operation upstream oil & gas multi-stage fracturing directional drilling reservoir...

...). However, the mathematical modeling of the permeability pressure-dependent effect through the nonlinear hydraulic diffusivity equation (NHDE) with source term still constitutes a challenge for geoscientists, formation evaluation and reservoir engineers. fluid dynamics reservoir characterization...

..., analogous to the poroelastic stress change, influences the occurrence of induced seismicity by changing the prevailing stress states. upstream oil & gas fluid dynamics seismicity flow in porous media reservoir characterization hydraulic fracturing geothermal reservoir injection...

... in meter per second (m/s) on the sandface through sandface completion geometries, e.g. the perforation density in shots per foot and perforation entry hole diameter (EHD) in a cased and perforated (C&P) completion, along with fluids PVT properties. fluid dynamics drillstem/well testing...

... pressure measurement. It can ensure normal production of the oilfield while achieving the purpose of unstable well testing and productivity prediction. fluid dynamics resource in place estimate drillstem/well testing reserves evaluation complex reservoir upstream oil & gas flow in porous...

... the cohesion and internal friction angle of rock salt based on the Coulomb criterion. fluid dynamics artificial intelligence upstream oil & gas reservoir characterization flow in porous media hoek-brown criterion strength deformation fitting characteristic waste management mohr-coulomb...

... hydraulic fracture fracture fernande janeiro engineering case study upstream oil & gas hydraulic fracture reservoir imex calibration warpinski puc-rio fluid dynamics flow in porous media university dimensionless time pontifical catholic university nhde ARMA 22-A-16 Analytical Model...

...). drillstem/well testing upstream oil & gas drilling operation reservoir simulation fluid dynamics pressure transient testing permeability structural geology complex reservoir hydraulic fracturing completion installation and operations enhanced recovery production monitoring reservoir...

... hydrostatic pressure and directional stress in order to optimize permeability and maximize fluid flow. permeability reservoir geomechanics upstream oil & gas effective confining pressure fluid dynamics reservoir characterization procedure sensitivity american rock mechanic association...

...; Fernandes et al., 2022). Green’s functions (GF’s) are widely used in to solve partial differential equations related to transient phenomena related to heat transfer and flow through porous media problems. pressure transient testing formation damage fluid dynamics reservoir simulation production...