... university evolution powder bentonite particle bentonite particle powder fluid dynamics rock mechanic stockholm figure 2 mechanics school water management hydration civil engineering homogeneity Rock Mechanics for Natural Resources and Infrastructure Development Fontoura, Rocca & Pavón...

... in the framework of transversely isotropic thermo-poro-elasticity. We emphasize the anisotropic strain response of the material, evoked by different kinds of loading. fluid dynamics reservoir geomechanics ghabezloo perpendicular flow in porous media loading bedding cox claystone equilibrium...

.... fluid dynamics specimen oil sand flow in porous media water management figure 5 figure 6 numerical modeling experiment key china university upstream oil & gas bitumen injection deformation preparation application complex reservoir enhanced recovery experiment deformation...

...-term reservoir depletion. permeability flow in porous media sensitivity coefficient normalized permeability complex reservoir permeability hysteresis petroleum upstream oil & gas hysteresis stress-dependent permeability petroleum resource fluid dynamics fracture china university...

... of fracture parameters on the rock permeability using the finite element method. Zidane & Firoozabadi (2018) adopted the combination of the mixed finite element method and the discontinuous Galerkin method to simulate single-phase flow in fractured media. fluid dynamics hydraulic fracturing...

.... fracture reservoir characterization upstream oil & gas reservoir geomechanics fluid dynamics flow in porous media experiment hydraulic fracture hydraulic fracturing borehole permeability hypocenter fatigue hydraulic ae sensor fracture plane granodiorite sweden seismicity hard rock...

... complex reservoir probability boundary upstream oil & gas reservoir characterization percolation threshold fluid dynamics permeability coefficient fracture relation underground engineering journal rfc ufc rev configuration rock mechanic wang china Rock Mechanics for Natural...

... and stress orientation and production rates. fluid dynamics hydraulic fracturing permeability complex reservoir reservoir geomechanics reservoir simulation reservoir surveillance upstream oil & gas flow in porous media production control production monitoring fracture reservoir...

... if the solid phase contains discontinuity and under dynamic loading conditions. fluid dynamics particle international journal deformation formulation flow in porous media reservoir simulation upstream oil & gas sph particle journal procedure sph-pd numerical procedure deformable porous...

... hydrocarbon reservoir conservation upstream oil & gas deformation subsidence fluid dynamics porosity modeling biot numerical modeling coefficient approximation formulation offshore technology conference wellbore compaction reduction Rock Mechanics for Natural Resources...

... physical and mechanical characteristics (Arel and Tugrul, 2001; Yildiz et al. 2010; Mordensky et al. 2018). fluid dynamics reservoir characterization permeability flow in porous media structural geology porosity hydrothermal alteration geothermal reservoir new zealand volcanic zone...

... the skin factor into the model (Mufazalov 2015), but not always with a satisfactory result (Medvedev & Boganik 2004). upstream oil & gas geomaterial borehole vicinity international journal fluid dynamics specimen cylindrical specimen deformation permeability reservoir...

... for core geochemical parameter test analysis. fluid dynamics drilling operation wellbore design hydraulic fracturing conglomerate complex reservoir upstream oil & gas directional drilling shale gas gravel porosity wellbore integrity strength matrix propagation triaxial...

... was presented by Lewis & Schrefler (1978) and Zienkiewicz (1982) using the Galerkin method. upstream oil & gas modeling & simulation permeability reservoir simulation simulation fontoura structural geology reservoir geomechanics equation fluid dynamics flow in porous media righetto...

... be characterized by phenomenological constitutive theories such as strain softening model, strain localization knowledge, and non-localized theory. fluid dynamics coalbed methane reservoir characterization permeability upstream oil & gas flow in porous media adsorption coal matrix coal seam gas...

... on discrete numerical methods, which can capture discontinuities on the micro scale. Through the application of open source tool CFDEM, the coupling between discrete element method and computational fluid dynamics was used in the present work in order to simulate solids production phenomenon. 1...

... or damage, to reproduce the behavior of fractured media. Beyond that, the interface elements also consider a hydro mechanical coupling capable of representing the channel of high permeability due to the fracture. fluid dynamics simulation thickness manzoli hydraulic fracturing fracture flow...

... argillite fluid dynamics drilling fluid management & disposal advection identification provost 2009 figure 3 boundary flux osmosis investigation journal equation 4 bresler 1973 Rock Mechanics for Natural Resources and Infrastructure Development Fontoura, Rocca & Pavón Mendoza (Eds) ©...

..., and discussed the applicable conditions of cubic law. hydraulic fracturing production control characteristic upstream oil & gas reservoir surveillance fracture sichuan university fractal dimension production monitoring hydraulic gradient rock mechanic correspondence fluid dynamics flow...

... is considered to be the main mechanism of rock deformation. flow in porous media perpendicular young fluid dynamics reservoir geomechanics loading connectivity claystone vp 0 bedding plane reservoir characterization evolution experimental characterization vp 90 axial compaction...