.... The major contribution of the lab-scale experiment is to verify whether the secondary permeability of a rockmass can admit sufficient flow. fracture flow in porous media upstream oil & gas equation of state fluid dynamics complex reservoir canada government aperture porosity simulation...

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... considering radionuclide isotope sorption, partitioning, decay, and ingrowth and find that radionuclide retardation is enhanced when considering these additional mechanisms. united states government flow in porous media fracture water management continuum upstream oil & gas hydraulic...

.... It was found that although the permeabilities for the varying transmissivity relationships were significantly different, this did not strongly influence the quantities of interest. upstream oil & gas fluid dynamics solid waste management transmissivity repository flow in porous media national...

... in porous media reservoir characterization reservoir simulation mesh tunnel refinement representation workflow fracture volumetric mesh united states government europe government simulation algorithm numerical simulation fracman saturation node backfill intersection interface lagrit...

..., and fracture length and clustering have insignificant impacts. flow in porous media fracture characterization hydraulic fracturing fracture intensity shale gas upstream oil & gas fracture length fluid dynamics dimension reservoir characterization complex reservoir open fracture natural...

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... fracture parameters that are not easily inferred by other methods such as cores and microseismic interpretations. flow in porous media artificial intelligence complex reservoir fluid dynamics production data reservoir simulation initial realization proceedings realization intensity...

... comparisons between the outcomes of each technique. Artificial Intelligence Upstream Oil & Gas tensor reservoir simulation displacement hydraulic fracturing aperture flow in porous media Fluid Dynamics discontinuity coupling Müller manzoli formulation permeability solid finite...

... the time scale of interest is longer and late-arriving mass is significant, thus requiring an accurate representation of the later stages of the breakthrough curve. hydraulic fracturing Painter Simulation hyman flow in porous media representation Fluid Dynamics breakthrough curve mapping...

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... influenced by anisotropy, which develops in the axes perpendicular to the principal stress direction. For fracture networks with different values, permeabilities along the principal axes are similar for the same total fracture void space. hydraulic fracturing Fluid Dynamics flow in porous media...

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.... If dispersion is taken into account, however, the resulting BTCs become more smoothed with pronounced spreading, resulting in faster first arrival and prolonged breakthrough time. fracture characterization orientation flow in porous media Fluid Dynamics Simulation hydraulic fracturing ground...

... diffusion) in an equivalent porous medium. Artificial Intelligence Fluid Dynamics DFN flow in porous media aperture fracture network Reservoir Characterization Upstream Oil & Gas Simulation diffusion sandstone case rock matrix application rock type fracture pressure diffusion...