... Modeling & Simulation Fluid Dynamics high seepage pressure specimen hydraulic fracturing seepage pressure axial strain seepage permeability coefficient fracture osmotic pressure Upstream Oil & Gas formula experiment MPa deformation limestone crack seepage-stress coupling Rock...

... fracture to form one or more flowing channels (Tsang & Neretnieks 1998). flow in porous media water management fracture characterization Fluid Dynamics retardation Artificial Intelligence Upstream Oil & Gas Simulation Reservoir Characterization concentration stagnant water zone...

... permeability shale gas rock Fluid Dynamics variation Geilikman two-solid constituent shale gas rock dependence total stress Rock Characterisation, Modelling and Engineering Design Methods Feng, Hudson & Tan (Eds) © 2013 Taylor & Francis Group, London, ISBN 978-1-138-00057-5 New model...

... to several geological systems such as crystalline, clay and salt rocks (Wallner et al. 2007). subsurface storage geothermal reservoir Reservoir Characterization CO2 capture Fluid Dynamics opengeosy international journal environmental geology flow in porous media Upstream Oil & Gas...

... to experimental investigation. The basic governing equations of general fluid dynamics are Navier-Stokes equations, but they are a set of nonlinear differential equations that is not easy to solve directly by traditional grid-based methods like Finite Element method (FEM) and Finite Volume Method (FVM...

... origin with a wide range of qualities (Fig. 1). Three different grouting methods were applied in reviewed projects, its main features and application percentages are illustrated in Table 1 and Figure 1 respectively; cement-based mixtures were used for all methods. Fluid Dynamics information...

... the essential mechanism responsible to the permeability changes. Fluid Dynamics Rock mechanics permeability evolution Upstream Oil & Gas acoustic emission Loading process granite evolution Reservoir Characterization damage evolution initiation mechanical behavior rock sample damage...

... in porous media Fluid Dynamics HLW repository mineral morphology evolution fracture permeability variation reaction seepage test dissolution concentration Groundwater Seepage fracture surface fracture groundwater seepage solution seepage permeability Rock Characterisation, Modelling...

... permeability coefficient creep damage relation damage-induced permeability evolution damage-induced strain creep deformation flow in porous media creep strain permeability evolution axial permeability coefficient equation Fluid Dynamics damage variable creep damage variable evolution deformation...

... seepage boundary linear water head rock mass Modeling & Simulation Fluid Dynamics variation rock permeability flow in porous media water head fractured rock mass mean square deviation 0 permeability tensor permeability characteristic geometric parameter fractured rock boundary fracture...

... to obtain more precise value of rock permeability, a test methodology has been developed including total system calibration and three-dimensional numerical evaluation. flow in porous media Shao test interval Upstream Oil & Gas numerical model evaluation beishan site Fluid Dynamics packer...

... study area tbm performance parameter water pressure test Corrosion Inhibition flow in porous media tunnel lining Performance Parameter ezgelleh anticline tunnel subterranean solution channel conduit Fluid Dynamics solution channel open joint torque power machine performance parameter...

... the macroscopic poroelastic constants and the properties of porous medium constituents at microscopic level have been established. Fluid Dynamics modeling tensor quasi-brittle rock flow in porous media phenomenological model microcrack consideration Upstream Oil & Gas plasticity frictional...

... thermal, hydraulic and mechanical processes observed for in-situ applications. Reservoir Characterization Upstream Oil & Gas scientific computing underground laboratory flow in porous media modeling mechanical process Wang tensor Simulation laboratory reservoir geomechanics Fluid...

... is mainly controlled by the buoyancy driven volume flowbecause of its smaller density compared with brine. Fluid Dynamics geological sequestration deep saline formation Reservoir Characterization caprock co 2 storage Upstream Oil & Gas Brine deep saline aquifer flow in porous media...

... Characterization modeling Fluid Dynamics mudstone plane flow in porous media orientation Simulation bedding evolution downstream compartment Claystone compartment pressure evolution permeability model gas flow vector gas pulse test permeability ISRM-Sponsored International Symposium on Rock...

... coefficient(K v ) and so on, and these indexes had good correlation. A lot of tests proved that division scheme of rock structures in code(GB50287–99) was reasonable and safe. Fluid Dynamics hydropower engineering investigation renewable energy basalt inlaid cataclastic 0 flow in porous media...

... is composed of three steps as shown in Figure 1. In the first step, three-dimensional thermomechanical analysis is conducted to obtain the full stress history in the far-field around the repository. flow in porous media solid waste management hydraulic fracturing Fluid Dynamics environmental law...

... Reservoir Characterization Fluid Dynamics three-dimensional failure process variation hydraulic fracturing rock element Simulation Upstream Oil & Gas modeling damage variable coefficient fluid flow elastic damage constitutive law permeability evolution mechanics flow...

... quartz Upstream Oil & Gas alteration reservoir geomechanics strength microscopic analysis alteration mineral hydrothermal solution Reservoir Characterization Fluid Dynamics plagioclase Geophy specimen alteration effect granitoid rock biotite sericite fracture muscovite compression...