... flow in porous media ground surface section xx groundwater response Upstream Oil & Gas initial pore water pressure water pressure reservoir simulation rainfall pattern hydraulic head Fluid Dynamics section yy suction infiltration rate Hong Kong pore water pressure...

... & Gas Fluid Dynamics diaphragm wall pore pressure basement shale excavation monitoring construction inflow flow in porous media Piezometer heave airport central sheraton hotel steady state condition AIRPORT CENTRAL DRAINED BASEMENT Terence J. Wiesner1 ABSTRACT A case study is presented...

... the stability of tunnels in the loose sandy ground (e.g. Adachi et al., 1985; Hisatake, 1995). These experiments only considered dry conditions to examine the mechanical conditions effecting the collapse of tunnel. Reservoir Characterization Fluid Dynamics flow in porous media hydraulic pressure...

... railways, roads, rivers, and other projects (Hunt, 1978). Basically, it involves the pushing or thrusting of a drivage machine through concrete pipes ahead of jacks. Reservoir Characterization concentration pipe permeability soil Fluid Dynamics ingredient slurry pressure eulerian-lagragian...

... with the deformations of the soil skeleton in a physically consistent manner. Upstream Oil & Gas three-phase soil model saturation hydrostatic stress flow in porous media soil skeleton soil model Denote mass balance equation Fluid Dynamics experiment two-phase formulation formulation...

... the connectivity of a fracture reservoir will change due to changes in mechanical loading. Mechanical loading can give rise to changes in the hydraulic characteristics of a rock mass. Fluid Dynamics radial permeability specimen uniaxial compressive stress condition Reservoir Characterization mechanical...

... Upstream Oil & Gas flow in porous media Fluid Dynamics drilling fluid management & disposal solid waste management attenuation process natural soil specimen brasília drilling fluids and materials chloride level groundwater compacted specimen leachate nitrate soil specimen...

... an incubation period of between ten and twenty-one days. Health & Medicine Fluid Dynamics flow in porous media container liner solid waste management virus immunology robert carr HDPE groundwater quarantine zone associate pty ltd blood tree road newcastle disease sandstone landfill...

... reaction flow in porous media strength boliden apirsa Fluid Dynamics Geomembrane geomembrane panel immersion test cement-bentonite material permeability reaction acid water Upstream Oil & Gas concentration reaction front dyke river Design Life permeation test aggressive water...

... of the waste which compensates tensional stresses. autonomic computing Fluid Dynamics desiccation investigation flow in porous media clayey soil crack healing closure self healing behaviour drilling fluids and materials Crack type self-healing property kPa drilling fluid management...

...-induced liquefaction of beds of sand in a centrifuge Geotechnique, Vol. 49, No.5, pp. 621-638. Sekiguchi, H., Kita, K., Sassa, S. and Shimamura, T. (1998). "Generation of progressive fluid waves in a geo-centrifuge". Geotechnical Testing Journal, Vol. 21, No.2, pp. 95-101. Fluid Dynamics liquefaction...

... konecny Fluid Dynamics anisotropy permeability bedding closest coal seam Parallel perpendicular sedimentary rock INFLUENCE OF GEOLOGICAL FACTORS ON GAS PERMEABILITY OF SEDIMENTARY ROCKS P I K v, 1 Al K v v'k ,2ave onecny, ena ozusm ova ABSTRACT The influence of geological factors such as degree...

..." the degree of weathering of S2 is slight higher than that of S1. Total amount of sample weighing 15t was transported to the laboratory. The gradation of the sample varies widely. Reservoir Characterization Fluid Dynamics compaction specimen structural geology standard proctor compaction diameter...

... in groundwater and the change of groundwater concentration. steady state analysis result aquifer influence radius flow in porous media absolute permeability boundary condition air injection well equation Fluid Dynamics groundwater air store behavior Field Experiment Upstream Oil & Gas...

... Biot oil reservoir fluid flow Engineering pore pressure fluid-solid coupling flow Fluid Dynamics displacement fluid withdrawal differential equation numerical model finite element Upstream Oil & Gas consolidation global matrix matrix equation reservoir deformation A FINITE...

... media Engineering fractured specimen specimen Upstream Oil & Gas unsaturated flow relative permeability fluid flow Fluid Dynamics flow rate air-water flow inlet fluid pressure multiphase flow fracture inlet water pressure two-phase flow pressure 0 water pressure 0 Water Resource...

... modeling US government Fluid Dynamics boundary condition precipitation modflow travel time receptor mass source term particle path mass loading infiltration rate waste pile loading dispersion equation of state resolution acid rock drainage source loading source term waste rock pile flow...

... is partially destructive and difficult to repeat (Manassero et al., 1994; Manassero, 1994; Napoleoni and Ottaviani, 1999a; Napoleoni and Ottaviani, 1999b) flow in porous media Piezometer Fratalocchi Fluid Dynamics cement bentonite boundary condition Artificial Intelligence ottaviani hydraulic...

... Fluid Dynamics pure ethanol GCL Upstream Oil & Gas Thickness ethanol Reservoir Characterization hydration compatibility permeation bentonite permeability ethanol concentration unhydrated gcl Pore Fluid permeant hydraulic conductivity value specimen conductivity hydraulic...

... scale and to provide further quantitative data for verification of numerical models. To achieve this objective, physical modelling of two-dimensional, transient, LNAPL plume migration was performed in a sand tank. multiphase flow water saturation experiment membrane Fluid Dynamics variably...