... change magnitude hydraulic conductivity meso-scale test air emission fracture igneous rock fte fracture thermal energy storage borehole implication efficiency application ARMA 24-831 Design of a Meso-Scale Test of a Fracture Thermal Energy Storage (FTES) System Burghardt, J. Pacific...

... representing hydraulic fracture and microfractures are determined by upscaling the hydraulic conductivities of fracture and microfractures containing supporting proppants and microproppants. The simulation can predict the well productivity with and without microproppants in the hydraulic fracturing treatment...

... in granite and sedimentary rocks, as well as laboratory tests using cores. Among various evaluation parameters, uniaxial compressive strength, in-situ stress, hydraulic conductivity, fault development etc. were obtained and compared between granite and sedimentary rock. Through a series of analyses...

... ABSTRACT Acid fracturing is an essential stimulation technology to increase the production of carbonate reservoirs. However, acid usually softens the rock, and the stability of the fracture hydraulic conductivity is hardly maintained. Therefore, rock strength after an acid treatment is crucial...

... ABSTRACT: This paper demonstrates two modifications to Heuer's (1995 and 2005) tunnel inflow calculation method that are intended to improve the accuracy of inflow estimates. The first improvement is concerned with updating the method of characterizing hydraulic conductivity. Rather than...

... for each model showing the fine differences between the models. Artificial Intelligence exponent hydraulic conductivity 2-parameter model machine learning Fluid Dynamics pressure parameter sorptivity test flow in porous media Parlange numerical imbibition curve numerical model equation...

... recognition of the losses enabled the team to document a comprehensive losses database. waterflooding strength variation enhanced recovery orientation datapoint Upstream Oil & Gas seismic fault Reservoir Characterization loss event abd rahim hydraulic conductivity fault segment...

... of waste glass are compared with those of natural and manufactured sand. The parameters analysed in this study include gradation, specific gravity, minimum and maximum density, hydraulic conductivity and abrasion loss. The results demonstrate a high level of similarity between the basic geotechnical...

... ABSTRACT: Natural fractures can have a significant influence on hydraulic stimulation. One must estimate the peak and residual geomechanical strengths, hydraulic conductivity, and in-situ stress state for the exiting natural fractures in a site in order to identify those natural fractures...

... reservoir production and well performance. Reservoir Characterization complex reservoir aperture Upstream Oil & Gas fracture aperture Modeling & Simulation carbonate reservoir pre-salt field hydraulic fracturing Engineering hydraulic conductivity MPa hydraulic behavior matrix...

... for the finite conductive fracture, the flow capacity of’ the stimulated zone created by a prescribed stimulation plan is evaluated. pressure transient analysis pressure transient testing fracture closure pressure Dusseault hydraulic fracturing drillstem/well testing hydraulic conductivity...

... of the formation based on field investigation and laboratory testing. structural geology regional connector transit corridor project characteristic elastic modulus value Reservoir Characterization strength shear wave velocity Los Angeles Upstream Oil & Gas hydraulic conductivity investigation...

... these layers is often weak, exhibiting low tensile strength, low friction coefficient, and high hydraulic conductivity. Thus, they easily detach (in tension) and slip (in shear), as the hydraulic fracture crosses them, creating localized obstacles for fracture propagation as well as localized zones of fluid...

... Abstract: Fluid transport during hydraulic fracturing can be either proppant or asperity dominated. In the absence of proppants, dilatancy of the natural fractures during shear reactivation is required to provide sufficient aperture and hydraulic conductivity. If a hydraulic fracture...

... to real size, complex 3D mining and reservoir model examples including structures using the Finite-Element Method (FEM) framework. The proposed coupling considers increasing hydraulic conductivities due to the evolution of rock mass damage induced by mining activities or fluid injection. This enables...

...-mechancial coupling model hydraulic conductivity assumption saturation conductivity host rock limestone structural geology Cobourg limestone fracture thermal property canister granite thermal conductivity ARMA 14-7545 Analysis of thermal-mechancial coupling models in different types of host...

... Dynamics hydraulic conductivity flow in porous media porosity distribution drillstem/well testing particle pressure distribution pressure gradient threshold fraction channelization Injection Rate injectivity wellbore conductivity erosion equation ARMA 14-7434 MODELING PARTICLE...

... time flow porosity US government concentration hydraulic conductivity Attachment Lawrence Livermore Upstream Oil & Gas fine particle Simulation streamline permeability snapshot equation filtration ARMA 13-637 Flow and transport of fines in dams and embankments Ezzedine, S. M...

... Reservoir Surveillance Upstream Oil & Gas hydraulic property rock joint Reservoir Characterization production logging Fluid Dynamics roughness hydraulic conductivity rock mass Standard Deviation water flow cubic law JRC profile lower surface hydraulic aperture equation fracture...

... Reservoir Characterization Fluid Dynamics Mont Terri specimen repository tunnel opalinus clay flow in porous media pore pressure change hydraulic conductivity differential stress relative humidity reservoir geomechanics tunnel compression strength variation lining construction ARMA 12...