... but also the computational time is reduced. Upstream Oil & Gas tight gas reservoir Modeling & Simulation Fluid Dynamics Time Period hydraulic fracturing horizontal stress permeability change reservoir palmer-mansoori model flow in porous media dependent permeability anisotropic...

... gas and light oil. flow in porous media Upstream Oil & Gas fracture conductivity optimum fracture perforation Scenario Modeling & Simulation PVT measurement correlation staggered perforation Mayerhofer unconventional reservoir hydraulic fracturing fracture overlap...

... formation porosity-permeability model oil production hydraulic fracture fracture chemical flooding methods study area near-wellbore model injection permeability flow in porous media society of petroleum engineers artificial intelligence enhanced oil recovery fluid dynamics machine learning...

... (RF) in unconventional gas- and liquid-producing reservoirs. hydraulic fracturing ideal fracture stimulation efficiency PVT measurement fracture complexity flow in porous media Fluid Dynamics stimulation productivity conductivity fracture relative permeability liquid-producing...

... Dynamics initial pressure Drillstem Testing linear flow parameter reservoir permeability drillstem/well testing Simulation liquid-rich shale reservoir constant fbhp two-phase pseudopressure flow in porous media PVT measurement pseudopressure production data analysis average pressure...

... heating and flowing provides the system change of oil shale reservoir during in-situ upgrading, and it indicates the necessary condition of successful hydrocarbon production from oil shale reservoir. flow in porous media heavy oil upgrading oil shale shale oil Upstream Oil & Gas complex...

... is higher compared with the conventional Darcy flow calculations which impact significantly on fracture and matrix pressure responses and production forecasting. Artificial Intelligence flow in porous media Upstream Oil & Gas hydraulic fracturing calculation flow calculation prediction gas...

... Berkeley National Laboratory , Berkeley, Calif. Young , A. and P. F. Low , 1965 , Osmosis in Argillaceous Rocks: GEOLOGICAL NOTES , AAPG Bulletin , 49 : 1004 – 1007 . Single-Phase Flow in Porous Media Olsen (1972) described single-phase flow of water in shale by the Darcy...

..." is available, this study allows us to objectively evaluate and optimize production data analysis best practices. Artificial Intelligence Upstream Oil & Gas deterministic approach flow in porous media drillstem/well testing rigorous approach answer key production data Drillstem Testing...

... by the additional fluid-rock interaction expected for the shale due to flow through nanometer-sized pores. condensate reservoir PVT measurement Berea sandstone composition flow in porous media Upstream Oil & Gas gas-condensate mixture experiment Drillstem Testing drillstem/well testing...

... production decline rates. Artificial Intelligence Fluid Dynamics epoxy penetration flow in porous media Pore System experiment reservoir simulation reservoir pressure porosity Reservoir Characterization Upstream Oil & Gas time step reservoir mechanism matrix differential equation...

... conformance improvement Upstream Oil & Gas viscosity sweep efficiency ultimate recovery bottom gas injection fracture flow in porous media complex reservoir recovery glass bead fluid dynamics experimental condition gravity interfacial tension shale gas Introduction Hydraulic...

... flow in porous media tensile fracture fracture half-length srv scenario linear flow fracture SRV reservoir straight line matrix permeability hydraulic fracturing flow period procedure linear analysis boundary-affected flow permeability spe 164543 Introduction Horizontal drilling...

... from the more detailed modeling approaches. flow in porous media drillstem/well testing Upstream Oil & Gas Drillstem Testing hydraulic fracturing permeability degradation model 2 History Match fracture permeability fracture half length variation planar fracture SRV model 1...

... that the dependency of permeability to reservoir geomechanical properties was ignored in previous SBRC models, which is included in our model. Reservoir Characterization Upstream Oil & Gas pore pressure Fluid Dynamics shear failure favorably flow in porous media estimation permeability Zoback...

... permeability gas permeability Javadpour mean pressure experiment nanochannel array flow in porous media Fluid Dynamics water saturation nanochannel gas phase gas slippage factor gas slippage effect flow behavior test section permeability Introduction Compared with conventional gas...

...) for shale gas reservoirs are reanalyzed for proof of concept and demonstration of the developed techniques. flow in porous media complex reservoir hydraulic fracturing Monte Carlo simulation shale gas Upstream Oil & Gas depletion porosity complex fracture network perforation cluster...

... dynamics calculation pressure transient analysis upstream oil & gas adsorption porosity non-darcy flow boundary-dominated flow reservoir linear flow derivative desorption procedure time plot apparent permeability flow in porous media drillstem/well testing heterogeneity rate-transient...

... on the post-frac productivity of the well. fluid dynamics gas production porosity upstream oil & gas saturation profile experiment flow in porous media berea sandstone brine imbibition spontaneous imbibition permeability tight formation berea tight sand low permeability fracture...

... simulation klinkenberg chart spe 154977 collision flow in porous media double-slip klinkenberg chart slip theory effective pore size average pressure fluid dynamics particle velocity profile gas molecule equation permeability Introduction Laboratory procedures of isothermal gas...