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Главная Библиотека Нефтегазовая гидродинамика и гидрогеомеханика Основы нефтепромысловой геологии и разработки трещиноватых коллекторов
  



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Основы нефтепромысловой геологии и разработки трещиноватых коллекторов - Литература

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Literatura

Автор Название Раздел
McQuillan H. 1973. Small-scale fracture density in Asmari Formation of southwest Iran and its relation to bed thickness and structural setting. Am. Assoc. Petroleum Geologists. Bull., v. 45, No 1, p. 1-38. Глава 1
Stearns D.W., Friedman M. 1972. Reservoirs in fractured rock in stratigraphic oil and gas fields classification, exploration methods and case histories. Am. Assoc. Petroleum Geologists. Mem. 16, p. 82-106. Глава 1
Cook A.C., Johnson K.R. 1970. Early joint formation in sediments. Geol. Mag., v. 107, No 4, p. 361-368. Глава 1
King Hubert M., Wiilis D.G. 1972. Mechanics of hydraulic fracturing. Am. Assoc. Petroleum Geologist. Reprinting series, 21. Глава 1
Ramstad L.R. 1977. Geological modelling of fractured hydrocarbon reservoirs. Univ. of Trondheim, report No 77-4. Глава 1
Mogi K. 1971. Fracture and flow of rocks under high triaxial compression. Journal of Geophysics. Res., v. 76, No 5, p. 1255-1296. Глава 1
Handin J.W. 1966. Strength and ductility. Sec. 11 in Handbook of physical constants. Geol. Soc. America. Mem. 97, p. 223-289. Глава 1
Handin et al. 1963. Experimental deformation of sedimentary rocks under confining pressure. Am. Assoc. Petroleum Geologists. Bull., v. 47, p. 717-750. Глава 1
Quiblier 1971. Contribution a la prevision de la fissaration en zone faible-ment tectonisee. Thesis presented at Univ. of Paris. Глава 1
Dunnington H.V. 1967. Aspects of diagenesis and shape chape in stylolitic limestone reservoirs. Proc. VII World Petr. Congr., Mexico, 2, Panel Discussion, No 3. Глава 1
Park W.C., Schott E.H. 1968. Stylolitization in carbonate rocks. Recent developments in carbonate sedimentology in Central Europe. Springer. Глава 1
Murray G.H. 1977. Quantitative fracture study, Sanish Pool. Fracture-controlled production, AAPG Reprint Series 21. Глава 1
Van Golf-Racht T.D., Ramstad L.J. Modelling North Sea fractured limestone reservoir. Offshore North Sea proceedings, 1976, Stavanger, Norway. Глава 1
Stearns D.W., Friedman M. 1972. Reservoirs in fractured rock. Am. Assoc. Petroleum Geologists. Reprint Series No 21. Глава 2
Leroy G. 1976. Cours de Geologie de Production. Inst. Francais du Petrole. Ref. 24, 429. Глава 2
Ruhland R. 1973. Méthode d'étude de la fracturation naturelle des roches, associé á divers modèles structuraux. Geol. Soc. Bull., 26, 2-3, p. 91-113. Strasbourg. Глава 2
Ромм Е.С. 1966. Фильтрационные свойства трещиноватых горных пород. М., Недра. Глава 2
Reiss L.H. 1966. Reservoir engineering en milieu fissure. French Institute of Petroleum. Глава 2
Waldschmidt W.A., Fitzgerald P.E., Lunsiorf 1956 Глава 2
Grenierg. 1975. In-situ stress measurements in southwest Germany. Tectonophysics, Elsevier, Amsterdam. Глава 2
Grunersen P., Hirlemann G., Janol P., Lillie F., Ruhland M. 1973. Fracturation of limestone overlaying the diapiric salt domes of Saõ Mamede and Pragosa. Geol. Soc. Bull., p. 187-217. Глава 2
Ghez P., Janot P. 1974. Statistical calculation of a matrix block volume in a fractured reservoir. Revue of French Institute of Petroleum, Paris, p. 375-387. Глава 2
Conrad F., Jaquin C. 1973. Representation of a bidimensional fracture network for a probabilistic model to estimate matrix block magnitude. Revue of French Institute of Petroleum, Paris, p. 843-890. Глава 2
McQuillan H. 1973. Small-scale fracture density in Asmari Formation of southwest Iran. Am. Assoc. Petroleum Geologists, v. 57, No 12, p. 2367-2385. Глава 2
Smith J.Е. 1951. The Cretaceous limestone producing areas of the Mara and Maracaibo district, Venezuela. Proc. Third World Petrol Cong. Sec. 56-71. Глава 3
Braunstein J. 1953. «Fracture-controlled production in Gilbertown Field, Alabama». Bull. Am. Assoc. Petrol. Geol. vol. 37, No 2, 245-249. Глава 3
Muir L.M. 1934. «Limestone reservoir rocks in the Mexican oilfields». Problems of petroleum geology, Am. Assoc. of Pet. Geol. 382. Глава 3
Delgado O.R., Loreto E.G. 1975. «Reforma’s Cretaceous reservoirs: An engineering challenge». Petroleum Engineer. 56-66. Глава 3
Davidson D.A., Snowdon D.M. 1978. «Beaver River Middle Devonian Carbonate: Performance review of a high-relief, fractured gas reservoir with water influx». J. of Petroleum Technology. 1672-1678. Глава 3
Daniel E.J. 1954. «Fractured reservoirs of Middle East». Bull. Am. Assoc. Petrol Geol. vol. 38, No 5, 774-815. Глава 3
Afshar A., Eshghi M., Odouli K. «Geological history and stratigraphy of Iran». Schlumberger Symposium Document. Глава 3
McQuillan H. 1973. «Small-scale fracture density in Asmari Formation of southwest Iran and its relation to bed thickness and structural setting». Bull. Am. Assoc. Petrol. Geol. vol. 57, No 12. 2367-2385. Глава 3
Rocco Т. 1959. «Gela in Sicily, an unusual oilfield». Proc. Fifth World Petrol. Congress. Глава 3
Kafka F.T., Kirkbride R.K. 1959. «History, discovery and development of Ragusa field». Proc. Fifth World Petrol. Congress. Глава 3
Baker D.A., Lucas P.Т. 1972. «Strat. Trapю production may cover 280 plus square miles». World Oil. 65-68. Глава 3
Wilkinson W.M. 1953. «Fracturing in Spraberry Reservoir, West Texas». Bull. Am. Assoc. Petrol. Geol. vol. 37, No. 2, 250-265. Глава 3
Provo L.J. 1976. «Upper Devonian black shale – Worldwide distribution and what it means». Proc. of the Seventh Appalachian Pet. Geol. Symp. Глава 3
Martin P., Nuckols E.В. 1976. «Geology and oil and gas occurrence in Devonian shales: Northern West Virginia». Proc. of the Seventh Appalachian Pet. Geol. Symp. Глава 3
Bagnal W.D., Ryan W.M. 1976. «The geology reserves and production characteristics of the Devonian shales in south western West Virginia». Proc. of the Seventh Appalachian Pet. Geol. Symp. Глава 3
Peterson V.E. 1955. «Fracture production from Mancos shales, Rangely field, Rio Blanco County, Colo». Bull. Am. Assoc. Petrol Geol. vol. 39, 532. Глава 3
Regan L.I. 1953. «Fractured shale reservoirs of California». Bull. Am. Assoc. Petrol. Geol. vol. 37, 201. Глава 3
Hunter C.D., Young D.M. 1953. «Relationship of natural gas occurrence and production in eastern Kentucky (Big Sandy Gas Field) to joints and fractures in Devonian bituminous shale». Bull. Am. Assoc. Petrol. Geol. vol. 37, No 2, 282-299. Глава 3
Eggleston W.S. 1948. «Summary of oil production from fractured rock reservoirs in California». Bull. Am. Assoc. Petrol Geol. vol. 2, 1352-1355. Глава 3
McNaughton D.A. 1953. «Dilatency in migration and accumulation of oil in metamorphic rocks». Bull. Am. Assoc. Petrol. Geol. vol. 37, 217-231. Глава 3
Walters R.F. 1953. «Oil production from fractured Pre-Cambrian basement rocks in central Kansas». Bull. Am. Assoc. Petrol Geol. vol. 37, 300-313. Глава 3
Warren J.W., Root P.L. 1963. The behaviour of naturally fractured reservoirs. Soc. of Petroleum Engineers Journal, vol. 3, No 3, p. 245. Глава 4
Walschmidt W. A., Fitzgerald P. E., Lunsdorf 1956. Classification of porosity and fractures in reservoir rocks. Bull. Am. Assoc. of Petroleum Geologists, vol. 40, No 8, May. Глава 4
Atkinson B., Johnston D. 1948. Core analysis of fractured dolomite in the Permian Basin. AIME, Petr. Techn. TP 2432. Глава 4
Murray G.H. 1977. Quantitative fracture study, Sanish Pool, McKenzie County, North Dakota. Am. Assoc. of Petroleum Geologists, reprint series No 21. Глава 4
Abgrall E. 1971. Porous media behaviour versus temperature and compression variation. French Institute of Petroleum Revue (IFP), p. 571-584, July – Aug. Глава 4
Parsons R.W. 1966. Permeability of idealized fractured rock. Soc. of Petroleum Engineers Journal, p. 126-136, June. Глава 4
Kuzemi H. 1969. Pressure transient analysis of naturally fractured reservoir with uniform fracture distribution. Soc. of Petroleum Engineers Journal, p. 451- 426, Dec. Глава 4
Ромм E.C. 1966. Фильтрационные свойства трещиноватых горных пород. М., Недра. Глава 4
Kelton F.С. 1950. Analysis of fractured limestone dolomite. AIME, Petroleum Transactions, vol. 189. Глава 4
Теодорович Г.И. 1943. Структура порового пространства карбонатных коллекторов нефти и их проницаемость (на примере палеозойских коллекторов Башкирии). – Докл. АН СССР, т. 39. Глава 4
Aschenbrenner В.С., Chilingar G.V., Teodorovich G.L. 1960. Method for determining permeability from pore-space characteristics of carbonate rocks. Bull. Am. Assoc. of Petroleum Geologists, vol. 44, p. 1421-1444. Глава 4
Barenblatt G.I., Zheltov Y.P. Fundamental equation of filtration of homogeneous liquids in fissured rocks. Academy of Sciences, USSR, p. 522-526. Глава 4
Reiss L.H. 1976. Reservoir engineering in fractured reservoirs. French Institute of Petroleum. Глава 4
Khanin A.A. 1969. Oil and gas reservoir rocks and their study. Izd. Nedra, Moscow, p. 366. Глава 4
Whitson C. 1980. Rock & Fluid physical correlations for Petroleum Engineers NTH, University of Trondheim. Глава 4
Saidi A., Martin R.E. 1966. Application of reservoir engineering in the development of Iranian reservoirs. The Bulletin of the Iranian Petroleum Institute, No 24, Sept. Глава 4
Chilingar G.E., Mannon R., Rieke H.H. 1976. Oil and gas production from carbonate rocks. Elsevier. Глава 4
Jones F.G. 1975. A laboratory study of the effects of confining pressure of fracture flow and storage capacity in carbonate rocks. Journal of Petroleum Technology, p. 21-29, Jan. Глава 4
Van Golf-Racht T.D., Henking E. 1972. A new forecast method applied, to Rostam fractured reservoir. Preprint No 3720, European SPE Méeting, Amsterdam. Глава 4
Geertsma J. 1957. The effect of fluid pressure decline on volumetric changes in porous rocks. Trans. AIME, vol. 210, p. 331-340. Глава 4
Halt H.N. 1953. Compressibility of reservoir rock. Trans. AIME, vol. 198, p. 309-311. Глава 4
Huppter I.D. 1970. Numerical investigations of the effects of core heterogeneities on waterflood relative permeabilities. Soc. of Petroleum Engineers Journal, p. 381-392, Dec. Глава 4
Brandner C.F., Slatboom R.A. 1975. Vertical immiscible displacement experiments in a non-homogeneous flow cell. Canadian Journal of Petroleum Technology, p. 25-33, Jan.-March. Глава 4
Erlich E. 1971. Relative permeability characteristics of vugular cores. Paper SPE 3553, Fall Meeting SPE, New Orleans. Глава 4
Standing M.В. 1974. Relative permeability relationships. Lectures given at Trondheim University. Глава 4
Burdine N.Т. 1953. Relative permeability calculations from pore size distribution data. Trans. AIME, 198, p. 71-78. Глава 4
Brooks R.H., Corey А.Т. 1965. Hydraulic properties of porous media. Hydrology Papers, Colorado State University, No 3, March. Глава 4
Sigmund P.M., McCaffery F.G. 1971. An improved unsteady-state procedure for determining the relative permeability characteristics of a heterogeneous porous media. Глава 4
Naar J., Henderson J.R. 1961. An imbibition model. Soc. of Petroleum Engineers Journal, p. 61-70, June. Глава 4
Land C.S. 1971. Calculation of imbibition relative permeability for two-phase and three-phase flow. Trans. AIME 251, II, p. 419. Глава 4
Corey A.T., Rathjens C.H. 1956. Effect of stratification on relative permeability. Trans. AIME, 207, 358. Глава 4
Archer J.S., Wong S.W. 1973. Use of a reservoir simulator to interpret laboratory waterflood data. Soc. of Petroleum Engineers Journal, p. 343-347, Dec. Глава 4
Abgrall A., Iffly R. 1973. Physical study for the flow by expansion of dissolved gas. Revue of French Petroleum Institute, p. 667-692, Sept-Oct. Глава 4
Braester C. 1972. Simultaneous flow of immiscible liquids through porous fissured media. Journal of Petroleum Technology, p. 297-303, Aug. Глава 4
Torsæter S. 1980. Flow of immiscible fluids in fractured porous media. Sintef Report. Trondheim, STF 28 A 80.005. Глава 4
Lefebvre du Prey E., Verre R. 1973. Polyphasic flow in fissures study, Report of French Institute of Petroleum. Ref. 20950, January 1973. Глава 4
Merill Lavaun S.Jr. 1973. Two phase flow in fractures. Disertation presented at Univ. of Denver. Глава 4
Melrose J.C. 1970. Interfacial phenomena as related to oil recovery mechanism. The Canadian Journal of Chemical Engineering, vol. 48, p. 638-644, Dec. Глава 4
Melrose J.C., Brandner C.F. 1974. Role of capillary forces in determining microscopical displacement efficiency for oil recovery by water flooding. The Journal of Canadian Petroleum Technology, p. 54-62, Oct-Dec. Глава 4
Leverett M.C. 1941. Capillary behaviour in porous solids. Trans. AIME, vol. 142, 151. Глава 4
Leverett M.C., Lewis W.B., True M.E. 1942. Dimensional model studies of oil field behaviour. Trans. AIME, vol. 142, 175. Глава 4
Purcell W.R. 1950. Interpretation of capillary pressure data. Trans. AIME, vol. 189, p. 369-371. Глава 4
Rose W., Bruce W.A. 1949. Evaluation of capillary character in petroleum reservoir rock. Trans. AIME, vol. 186, p. 127-142. Глава 4
Iffly R., Rousselet D., Veunewlen J.L. 1974. Etude fondamentale de 1'imbibition ans un reservoir fissure. French Institute of Petroleum Revue, p. 217- 239. Глава 4
Kyte J.R. 1970. A centrifuge method to predict matrix-block recovery in fractured reservoirs. Soc. of Petr. Engineers, June, p. 164-170. Глава 4
Pirson S.J. 1967. How to map fracture development from well logs. World Oil. p. 106-114, March. Глава 5
Beck J., Schultz A., Fitzgerald D. 1977. Reservoir evaluation of fractured cretaceous carbonates in South Texas. SPWLA Logging Symposium Transactions, Paper M. Глава 5

Schlumberger, internal manual, 1978. A review of fracture detection techniques with open holes. Глава 5
Suau J.J., Gartner J. 1978. Fracture detection from logs. SPWLA. Глава 5
Aguilera R., Van Poolen К.H. 1978. How to evaluate naturally fractured reservoirs from various well logs. Oil and Gas Journal, Dec. Глава 5
Aguilera R. 1976. Analysis of naturally fractured reservoirs from conventional well logs. Journal of Petroleum Technology, July, p. 764. Глава 5
Suau J., Roccabianca R., et al 1979. Evaluation of very low-porosity carbonates. Preprint. Глава 5
Aguilera R., Van Poolen К.H. 1979. How to evaluate naturally fractured reservoirs from various logs. Oil and Gas Journal, Jan. 8. Глава 5
Picket R.G., Reynolds В.Е. 1969. Evaluation of fractured reservoirs. SPEJ, March. Глава 5
Morris R.L., Grine D.R., Arkfeld T.E. 1964. The use of compressional and shear acoustic amplitudes for the location of fractures. Journal of Petroleum Technology, June. Глава 5
Knopff L. et al 1957. 2nd Report, seismic scattering project. Institute of Geophysics, UCLA, Ch. 12, April. Глава 5
Zemanek I., Caldwell R.L. et al. 1969. The borehole televiewer, a new logging concept for fracture location and other types of borehole inspection. Journal of Petroleum Technology, June, p. 762. Глава 5
Hilchie D.W. 1959. A quantitative study of electrical log interpretation in fractures and vuggy reservoirs. Master thesis, University of Texas, Aug. Глава 5
Irmay 1964. Theoretical models of flow through porous media. RILEM Symp. on the Transfer of Water in Porous Media, Paris, April. Глава 6
Romm E.S. 1966. Fluid flow in fractured rocks. Nedra. Moscow. Глава 6
Snow D.Т. 1965. A parallel model of fractured permeable media. Ph. D. thesis, Berkely, 330 p. Глава 6
Lomize G.M. 1947. Flow through fissures. Acad. of Sci. RSS Arm. in Russian. Глава 6
Lomize G.M. 1951. Flow through fissured rocks. Gpsenergoizdat in Russian. Глава 6
Huit J.K. 1956. Fluid flow in simulated fractures. AIChE Jour., vol. 2. p. 259. Глава 6
Lotus C. 1968. Etude des ecoulements d'eau dans les roches fissurees et de leurs influence sur la stabilite des massifs rocheux. Bull, de la Direction des Etudes et Recherches, Series A, No 3, p. 5-132. Глава 6
Moody L.F. 1944. Friction factors for the Pipe Flow Trans. ASME, vol. 66. Глава 6
Forcheimer 1901. Wasserbewegung durch Boden. ZUDI, vol. 45, p. 1781. Глава 6
Geertsma J. 1974. Estimating coefficient of inertial resistence in fluid flow through porous media. Jour. Petrol. Tech., Oct., p. 445. Глава 6
Firoozabadi A., Katz D.L. 1979. An analysis of high-velocity gas flow through porous media. Jour. Petrol. Tech., February, p. 211. Глава 6
Katz D.L., Goafs K.H. 1965. Underground storage of fluids. Ulrich Book, Inc. An Arbor, Michigan. Глава 6
Scelkacev V.N., Lapuk B.B. 1953. Underground hydroulics. Technical1 Editions, Budapest. Глава 6
Reiss L.H. 1976. Reservoir engineering of fractured reservoir. French Institute of Petroleum, Paris. Глава 6
Baker W.J. 1955. Flow in fissured reservoir. Proceeding Fourth World' Petroleum Congress, Section II/E. p. 379-393. Глава 6
Kazemi H. 1969. Pressure transient analysis of naturally fractured reservoir with uniform fracture distribution. Soc. Pet. Eng. J., p. 451-458. Глава 6
Warren J. E., Root P.J. 1963. The behaviour of naturally fractured1 reservoir. Soc. Pet. Eng. J., p. 245-255. Глава 6
DeSwaan H. 1975. Analytical solution for the determination of naturally fractured reservoir parameters by well testing. SPE Ventura meeting, California. Глава 6
Birks J. 1963. Coning theory and its use in predicting allowable producing, rates of wells in a fissured limestone reservoir. Iranian Petroleum Institute, Bull. 12&13, p. 470. Глава 6
Saidi A.M., Martin R.E. 1965. Application of reservoir engineering in the development of Iranian reservoirs. Paper presented to the E. C. A. F. E.. Symposium of Petroleum, Tokyo, No 10-20. Глава 6
Muskat M. 1937. Homogeneous flow in porous media. McGraw Hill, New-York. Глава 6
Ofstad D.R. 1976. Research project B5020: Fractures reservoir behaviour. Univ. of Trondheim. Глава 6
Warren J.E., Root P.J. 1963. The behaviour of naturally fractured reservoirs. Soc. Petrol. Eng. J., p. 245-255. Глава 7
Odeh A.S. 1965. Unsteady-state behaviour of naturally fractured reservoirs, Soc. Petrol. Eng. J., p. 60-66. Глава 7
Pollard P. 1959. Evaluation of acid treatments from pressure build-up analysis. Trans. AIME. vol. 216, p. 38-43. Глава 7
Kazemi H., Seth M.S., Thomas G.W. 1969. The interpretation of interference tests in naturally fractured reservoirs with uniform fracture distribution. SPEJ, December, p. 463-472. Глава 7
DeSwaan A.O. 1976. Analytic solutions for determining naturally fractured reservoir properties by well testing. SPEJ, June, p. 117-122. Глава 7
Najurjeta H.L. 1975. A theory for the pressure transient analysis in naturally fractured reservoirs. SPEJ, October, New Orleans. Глава 7
Barenblatt G.J., Zheltov Y.P., Kochina I.N. 1960. Basic concepts in the theory of seepage of homogeneous liquids in fissured rocks. PMM, vol. 24, No 5, p. 852-864. Глава 7
Pirson R.S. 1961. An extension of the Pollard analysis method of well pressure build-up and drawdown tests. Presented at the 36th Annual Fall Meeting of Society of Petroleum Engineers, Dallas, Texas. Глава 7
Uldrich D.O., Ershaghi J. 1979. A method for estimating the interporosity flow parameter in naturally fractured reservoirs. SPEJ, October. Глава 7
Kazemi Н., Seth М.S., Thomas G.W. 1969. The Interpretation of Interference Tests in Naturally Fractured Reservoirs with Uniform Fracture Distribution, Soc. Pet. Eng. J., Dec. Глава 8
Warren J.F., Root P.J. 1963. The Behaviour of Naturally Fractured Reservoirs. Soc. Pet. Eng. J., Sept., p. 245-255. Глава 8
Najurieta H.L. 1979. Interference and pulse testing in uniformly fractured reservoir. Paper presented at Las Vegas, Nevada,54th Annual Fall muting. SPE 8283. Глава 8
Elkins L.F., Skov A.M. 1960. Determination of fracture orientation from pressure interference. Глава 8
Bourdet D., Gringarten A.C. 1980.Determination of fissure volume and block size in fractured reservoir by type-curve analysis. Paper present at Fall meeting in Dallas, Texas. Глава 8
Da Prat G., Cinco-Ley H., Ramey H.J. 1981. Decline curve analysis using type curves for twoporosity System. SPEJ, June, p. 354-362. Глава 8
Muskat M. 1949. Physical principles of oil production. McGraw-Hill Book Co., Inc., New York. Глава 9
Birks Т. 1955. A theoretical investigation into the recovery of oil from fissure ed limestone formations by water drive and gas-cap drive. Proc., Fourth World Petroleum Congress, Section II/F, Paper 2. Глава 9
Leverett M.C. 1940. Capillary behaviour in porous solids. Trans. AIME, p. 152-159. Глава 9
Mattax C.C., Kyte J.R. 1972. Imbibition oil recovery from fractured water drive reservoir. Soc. Pet. Eng. J. (June), p. 177-184, Trans. AIME, vol. 225. Глава 9
Aronofsky J.S., Masse L., Natanson S.G. 1958. A model for the mechanism of oil recovery from the porous matrix due to water invasion in fractured reservoirs. Trans. AIME, vol. 213, p. 17. Глава 9
Boskerman A.A., Zhellov Y.P., Kocheshkov A.A. 1964. Motion of immiscible liquids in a cracked porous medium. Soviet Physics Doklade (Oct.), vol. 9, No 4, p. 285. Глава 9
Kyte J.R. 1970. A centrifuge method to predict matrix block recovery in fractured reservoirs. Soc. Pet. Eng. J. (June), p. 164-170. Глава 9
Rapoport L.A. 1955. Scaling laws for use in field and operation of water-oil flow models. Trans. AIME, vol. 204, p. 143. Глава 9
Lefebure da Prey E. 1978. Gravity and capillarity effects on the matrix imbibition in fissured reservoirs. Soc. Pet. Eng. J. (June), p.195-205. Глава 9
Parsons R.W., Chaney P.R. 1966. Imbibition model studies on water-wet carbonate rocks. Soc. Pet. Eng. J. (March), p. 26-34. Глава 9
Iffly R., Rousselet D.C., Vermeulen J.L. 1972. Fundamental study of imbibition in fissured oil fields. Paper SPE 4102 presented at the SPE-AIME 47th Annual Fall Meeting, San Antonio, Tex.. Oct. Глава 9
Blair P.M. 1960. Calculation of oil displacement by countercurrent water imbibition. Paper 1475-G presented at the Fourth Biennial Secondary Recovery Symposium of SPE in Wichita Falls, Tex., May. Глава 9
Graham J.W., Richardson T.G. 1950. Theory and application of imbibition phenomena in recovery of oil. Trans., AIME, vol. 216, p. 377-385. Глава 9
Kleppe J., Morse R.A. 1974. Oil production from fractured reservoirs by water displacement. Paper SPE 5034 presented at the SPE-AIME 49th Annual Fall Technical Conference and Exhibition, Houston, Tex., Oct. Глава 9
Kazeml H. 1979. Numerical simulation of water imbibition in fractured cores. Soc. Pet. Eng. J. (June), p. 175-276. Глава 9
De Swaan A. 1978. Theory of water flooding in fractured reservoirs. Soc. Pet. Eng. J. (April), p. 117-226. Глава 9
Kazemi H. 1979. Numerical simulation of water imbibition in fractured reservoir performance, based on physical Mobil experiments. 10th World Oil Congress, P. D. 10. Глава 9
Barenblatt G.I. 1964. On the motion of a gas-liquid mixture in a porous fissured medium. MekhanicaI Mashinostroienie Izvestial Akademii Nauk USSR, No 3, p. 47-50. Глава 9
Braester C. 1972. Simultaneous flow of immiscible liquids through porous fissured media. Soc. Pet. Eng. J. (Aug.), p. 297-305. Глава 9
Buckley S.E., Leverett M.C. 1942. Mechanism of fluid displacement in sands. Trans., AIME, vol. 146, p. 107-116. Глава 9
Mattax С.С., Kyte J.R. 1962. Imbibition Oil Recovery from Fractured, Water Drive Reservoir. Soc. Petr. Eng. J. (June), p. 177-184; Trans. AIME, vol. 225. Глава 10
Soldi A.M., Tehrani D.H. 1980. Mathematical Simulation of Fractured Reservoir performance, based on Physical Model Experiments 10th World Petroleum Congress. Глава 10
Saidi A., Van Gotf-Racht T.D. 1971. Consideration on basic producing mechanisms in fractured reservoir. Revue de 1’institut Français du Petrole (December), p. 1167-1180. Глава 10
Dumore J.M. 1972. Development of gas saturation during solution-gas drive in an oil layer below a gas cap. Soc. of Petroleum Engineers Journal, AIME, (Sept.) Глава 10
Peaceman D.W. 1976. Convection in a Fractured Reservoir – The Effect of Matrix-Fissure Transfer on the Instability of a Density Inversion in a Vertical Fissures, Soc. Petroleum. Eng. J. (October), p. 269-279. Глава 10
Peaceman D.W. 1976. Convection in a Fractured Reservoir Numerical Calculation of Convection in a Vertical Fissure, Including the Effect of Matrix – Fissure Transfer. Soc. Petroleum Eng. J, AIME (October), p. 281-301. Глава 10
Aronofsky J.S., Masse L., Natanson S.G. A Model for the Mechanism of Oil Recovery from the Porous Matrix due to Water Invasion in Fractured Reservoir. J. Pet. Tech., AIME, (January), p. 17-19. Глава 10
Kazemi Н. 1969. Pressure transient analysis of naturally fractured reservoirs. SPEJ, December, p. 451-462. Глава 11
Kazemi H., Merrill L.S., Porterfeld L., Zeman P.K. 1976. Numerical simulation of water-oil in Naturally Fractured Reservoirs, SPEJ, September 1976, p. 317-323. Глава 11
Kazemi H., Merril L.S. 1979. Numerical Simulation of Water Imbibition in Fractured Cores, SPEJ, June, p. 182. Глава 11
Kleppe J., Morse R.A. 1974. Oil Production from Fractured Reservoir by Water Displacement, SPE Fall meeting Preprint No 5084. Глава 11
Lefevre da Prey E.J., Bossie-Codreana D.N. 1975. Simulation Numeriqu de 1’exploitation des Reservoirs fissures, Proceeding of World Petrol Congr. PD 13 (5), vol. 4, p. 233-246. Глава 11
Rossen R.H. 1977. Simulation of Naturally Fractured Reservoirs with semi-implicit Source Terms, SPEJ, vol. 17, No 3, June, p. 201-210. Глава 11
Thomas L.K., Dixon T.N. 1980. Fractured reservoir Simulation. Paper SPE 9305, 55th Annual Fall meeting, Dallas. Глава 11
Баренблатт Г.И. 1964. О движении газожидкостных смесей в трещиновато-пористых породах. – Изв. АН СССР. Сер. Механика и машиностроение, № 3. Глава 11
Warren J. E., Root P.J. 1963. The Behaviour of Naturally Fractured Reservoir. SPEJ, p. 245. Глава 11
Yamamoto R.H., Padgett J.B., Ford W.Т., Boubequira A. 1971. Compositional Reservoir Simulation for Fissured Systems – The Single block Model, SPEJ, p. 113-128. Глава 11
Saidi A.M. 1975. Mathematical simulation model describing Iranian Fractured Reservoirs and its application to Haft Kel Field, Ninth World Petrol. Congr. paper I. D. 13(3), p. 209-219. Глава 11
Peaceman D.W. 1976. Convection in Fractured Reservoirs - The effect of matrix - fissure transfer in the instability of a Density Inversion in a Vertical Fissure, SPEJ, p. 264-280. Глава 11
Peaceman D.W. 1976. Convection in Fractured Reservoirs Numerical Calculation of Convection in a Vertical Fissure including the effect of Matrix - Fissure Transfer, SPEJ, p. 231-301. Глава 11
Saidi A.M., Martin R.E. 1965. Applications of Reservoir Engineering in the Development of Iranian Reservoir. Paper presented to the ECAPE symposium of Petroleum, p. 10-20. Глава 11
Andersen K.H., Baker R.L, Raoofi J. 1963. The Development of Methods for Analysis of Iranian Asmari Reservoirs. Proceeding of the Sixth World Petroleum Congress, Section II, Paper 14. Глава 11
Khatib A.K. 1965. Use of mathematical models for the evaluation of a fracture carbonate reservoir. Fith Arab Petroleum Congress, Cairo, March. Глава 11
Soldi A.M., Martin R.E. 1965. Applications of Reservoir Engineering in the Development of Iranian Reservoir. Paper presented to the ECAPE symposium of Petroleum, p. 10-20. Глава 12
Andersen K.H., Baker R. L., Raoofi J. 1963. The Development of Methods for Analysis of Iranian Asmari Reservoirs. Proceeding of the Sixth World Petroleum Congress, Section II, Paper 14. Глава 12
Khatib A.K. 1965. Use of mathematical models for the evaluation of a fractured carbonate reservoir, pith Arab Petroleum Congress, Cairo, March. Глава 12




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