Page 157 - Reservoir Formation Damage
P. 157

Multi-Phase and Multi-Species Transport in Porous Media  139

             Civan,  F., "Waterflooding  of Naturally  Fractured  Reservoirs—An  Efficient
               Simulation Approach,"  SPE Production  Operations  Sympsoium, March
               21-23,  1993, Oklahoma  City,  Oklahoma,  pp.  395-407.
             Civan,  F. Predictability  of  Formation  Damage: An Assessment  Study and
               Generalized  Models,  Final  Report, U.S. DOE Contract No.  DE-AC22-
               90-BC14658,  April 1994.
             Civan,  F. "A Multi-Phase Mud  Filtrate Invasion and Well Bore Filter  Cake
               Formation  Model,"  SPE  Paper  No.  28709,  Proceedings  of  the  SPE
               International  Petroleum  Conference  &  Exhibition  of  Mexico,  October
                10-13,  1994, Veracruz, Mexico,  pp.  399-412.
             Civan,  F. "A Multi-Purpose  Formation  Damage  Model," SPE  31101 paper,
               Proceedings  of the  SPE Formation  Damage  Symposium, Lafayette, LA,
               February  14-15,  1996, pp.  311-326.
             Civan,  F.,  "Quadrature  Solution  for  Waterflooding of Naturally Fractured
               Reservoirs,"  SPE  Reservoir  Evaluation  and  Engineering,  April 1998,
               pp.  141-147.
             Civan, F,  & Evans, R. D., "Determining  the Parameters  of the Forchheimer
               Equation  from  Pressure-Squared  vs.  Pseudopressure  Formulations,"  SPE
               Reservoir  Evaluation and Engineering, February  1998, pp.  43-46.
             Forchheimer,  P., "Wasserbewegung  durch  Boden," Zeitz.  ver.  Deutsch Ing.
               Vol.  45,  1901, pp.  1782-1788.
             Liu,  X.,  Civan,  F.,  &  Evans,  R.  D.  "Correlation  of  the  Non-Darcy  Flow
               Coefficient,  J.  of  Canadian  Petroleum  Technology,  Vol. 34,  No.  10,
               1995,  pp.  50-54.
             Olson,  T.  M.,  &  Litton,  G.  M.  "Colloid  Deposition  in  Porous  Media
               and  an Evaluation of Bed-Media  Cleaning Techniques,"  Chapter  2,  pp.
                14-25,  in  Transport  and  Remediation  of  Subsurface  Contaminants,
               Colloidal,  Interfacial,  and  Surfactant  Phenomena,  Sabatini,  D. A.  and
               R.  C.  Knox  (Eds.),  ACS  Symposium  Series  491, American  Chemical
               Society,  Washington, DC  (1992).
             Schulenberg, T.,  & Miiller,  U.,  "An  Improved  Model  for Two-Phase  Flow
               Through  Beds  of  Coarse  Particles," Int. J.  Multiphase  Flow, Vol. 13,
               No.  1,  1987, pp.  87-97.
             Slattery, J. C. Momentum, Energy  and  Mass  Transfer  in Continua, McGraw-
               Hill  Book  Co., New  York,  1972, pp.  191-197.
             Smiles,  D.  E.,  &  Kirby,  J.  M.,  "Compressive  Cake  Filtration—A Com-
               ment,"  Chem.  Eng. ScL, Vol. 48,  No.  19,  1993, pp.  3431-3434.
             Tutu,  N.  K., Ginsberg,  T.,  & Chen,  J.  C.,  "Interfacial  Drag  for  Two-Phase
               Flow  Through  High  Permeability  Porous  Beds," Interfacial  Transport
               Phenomena,  Chen,  J.  C.  &  Bankoff,  S.  G.,  (eds.),  ASME,  New York,
               pp. 37-44.
             Whitaker,  S.,  The Method  of  Volume Averaging, Kluwer Academic  Publishers,
               Boston,  1999, 219  p.
   152   153   154   155   156   157   158   159   160   161   162