1-20 of 55
Keywords: porous medium
Close
Follow your search
Access your saved searches in your account

Would you like to receive an alert when new items match your search?
Close Modal
Sort by
Journal Articles
SPE J. 25 (05): 765–779.
Paper Number: SPE-12725-PA
Published: 01 October 1985
... possible to predict the steady-state velocity at which a finger propagates and, consequently, the breakthrough recovery obtained not only when the displacement is stable, but also when it is pseudostable. Even in an ideal porous medium, the displacement front separating the fluids may become unstable...
Journal Articles
SPE J. 25 (04): 358–362.
Paper Number: SPE-11595-PA
Published: 01 June 1985
... barrier is opposite to the center of the two passages broadside to it. The model is 2D; hence the matrix and barriers implicitly extend indefinitely in the third dimension. Figure 1 A portion of porous medium with periodic barriers. The potential gradient < J > is perpendicular...
Journal Articles
SPE J. 25 (02): 255–267.
Paper Number: SPE-11542-PA
Published: 01 April 1985
...Kwoon C. Mui; Clarence A. Miller A theoretical analysis is presented for growth of a single, large elliptical finger in a porous medium. The objective is to obtain an understanding of how large fingers develop once a displacement front has become unstable. The results provide information beyond...
Journal Articles
SPE J. 25 (01): 14–26.
Paper Number: SPE-10509-PA
Published: 01 February 1985
... approximation geothermal reservoir lawrence berkeley laboratory thermodynamic equilibrium simulation matrix permeability equation warren porous medium fluid dynamics heat flow upstream oil & gas fracture artificial intelligence In this paper, we present a numerical method for simulating...
Journal Articles
SPE J. 24 (03): 325–327.
Paper Number: SPE-11598-PA
Published: 01 June 1984
...L. Paterson; V. Hornof; G. Neale This paper discusses the viscous fingering that occurs when water or a surfactant solution displaces oil in a porous medium. Such floods were visualized in an oil-wet porous medium composed of fused plastic particles. The flow structure changed significantly within...
Journal Articles
SPE J. 24 (03): 351–360.
Paper Number: SPE-11333-PA
Published: 01 June 1984
... concentration flow in porous media waterflood drop size oil drop mobility control sandpack retention emulsion penneability permeability fluid dynamics upstream oil & gas oil recovery history porous medium enhanced recovery drop concentration displacement saturation solid line oil...
Journal Articles
SPE J. 24 (01): 56–64.
Paper Number: SPE-10970-PA
Published: 01 February 1984
... miscible displacement upstream oil & gas polymer solution displacement fractional flow function viscous fingering convection-dispersion equation chemical flooding methods petroleum engineer journal porous medium Considerable effort has been directed to the study of dispersion phenomena...
Journal Articles
Journal Articles
SPE J. 22 (06): 847–856.
Paper Number: SPE-8430-PA
Published: 01 December 1982
... this phenomenon. Experimental work done as part of this study provides the basis for a proposed phenomenological theory of entrainment and deposition. The central concept of this theory is representation of both particle and pore size distributions by partitioning the porous medium at any cross section...
Journal Articles
SPE J. 22 (05): 669–680.
Paper Number: SPE-9940-PA
Published: 01 October 1982
... matrix block flow equation fluid dynamics enumerative approach orientation statistical approach porous medium upstream oil & gas flow in porous media conduit It is obvious from the published literature on modeling of fluid flow through fractured porous media that the statistical...
Journal Articles
SPE J. 21 (06): 709–720.
Paper Number: SPE-9930-PA
Published: 01 December 1981
... and effective viscosities of Newtonian surfactant solutions is eliminated when the effective viscosity is determined on the basis of the final permeability of the porous medium to calibration solution. This indicates that the permeability of the porous medium during flow of these Newtonian surfactant solutions...
Journal Articles
SPE J. 21 (05): 613–622.
Paper Number: SPE-9298-PA
Published: 01 October 1981
...-to-use, versatile instrument that is particularly useful for measurements at the low shear rates characteristic of reservoir flooding. The key for obtaining reproducible, steadystate results was to expose the porous medium to several hundred pore volumes of polymer solution to saturate it with polymer...
Journal Articles
SPE J. 21 (01): 63–76.
Paper Number: SPE-6727-PA
Published: 01 February 1981
...) quantities such as discussed by Kadanoff and Martin 36 and Forster. 37 Since the physical system being modeled corresponds to fluids flowing through a rigid solid porous medium, this ensemble average must include implicitly a local volume average as discussed by Slattery et al. 38 – 43...
Journal Articles
SPE J. 20 (06): 430–438.
Paper Number: SPE-7951-PA
Published: 01 December 1980
... adsorption porous medium mass-transfer coefficient Reservoir Surveillance Fluid Dynamics phase velocity experiment mass tortuosity surfactant dispersion tortuosity surfactant concentration enhanced recovery Upstream Oil & Gas rate constant concentration coefficient mechanism dispersion...
Journal Articles
SPE J. 20 (05): 391–401.
Paper Number: SPE-7609-PA
Published: 01 October 1980
... permeability curve permeability residual liquid saturation breakthrough Upstream Oil & Gas liquid recovery experiment viscosity ratio interfacial tension porous medium vapor flooding This study deals with the influence of the compositions of the liquid and vapor phases in equilibrium...
Journal Articles
SPE J. 19 (06): 369–377.
Paper Number: SPE-5859-PA
Published: 01 December 1979
... drilling fluid chemistry oilfield chemistry enhanced recovery chemical treatment drilling fluid selection and formulation drilling fluids and materials Upstream Oil & Gas porous medium pressure drop shear rate macroemulsion fluid compatibility Fluid Dynamics flow rate rheogram apparent...
Journal Articles
SPE J. 18 (06): 457–469.
Paper Number: SPE-5765-PA
Published: 01 December 1978
.... The analysis under consideration involves the determination of pressures, temperatures, and stresses in a porous medium undergoing hot-water injection. The study is complicated further by the transient nature of the variables. Background The finite-element method has been used widely for studying stresses...
Journal Articles
SPE J. 18 (03): 195–206.
Paper Number: SPE-6192-PA
Published: 01 June 1978
..., porous medium, initially saturated with oil and interstitial water, and then suddenly plunged into water. In the sample, the two plunged into water. In the sample, the two mechanisms of oil displacement by water (capillarity and gravity) are associated closely to contribute to production from a block...
Journal Articles
SPE J. 15 (05): 411–424.
Paper Number: SPE-4847-PA
Published: 01 October 1975
... production history uniaxial compaction coefficient reduction reservoir Drillstem Testing Fluid Dynamics porous medium procedure ground subsidence permeability Reservoir Characterization drillstem/well testing Thickness subsidence saturation equation Numerical Simulation of Oil Production...
Journal Articles
SPE J. 14 (05): 434–436.
Paper Number: SPE-4492-PA
Published: 01 October 1974
...Graham Neale; Walter Nader In petroleum engineering practice it is sometimes necessary to predict fluid flow occurring within adjacent regions of porous medium and open space (for example, fractured porous media, 1–3 vuggy media, 4 porous granules 5 ). In such situations the governing flow...

Product(s) added to cart

Close Modal