Page 206 - Fundamentals of Gas Shale Reservoirs
P. 206

186   GEOMECHANICS OF GAS SHALES

            Daixu T, Jinhai Z, Wang H. Technology analysis and enlighten­  Fairhurst C, Lacabanne WD. Hard rock drilling techniques. Mine
              ment of drilling engineering applied in the development of   Quarry Eng 1957;23:157–161.
              Barnett shale gas in  America. Sino‐Global Energy 2011;16   Farmer IW. Main Lecture: Rock Testing — Deficiencies and Selection.
              (4):47–52.                                           In:  Rakowski  Z,  editor.  Proceedings  of  the  International
            Deliac EP. Optimisation des machines d’Abbatage à Pics [PhD   Conference on Geomechanics 1992. Balkema, Hradec, Ostrava,
              Thesis]. Paris: Universite Pierre et Marie Curie; 1986.  Czecho‐Slovakia. pp 3–7.
            Desai CS, Salami MR. A constitutive model and associated testing   Fjaer E, Ruistuen H. Impact of the intermediate principal stress on
              for soft rock. Int J Rock Mech Mining Sci 1987;24 (5):299–307.  the strength of heterogeneous rock. J Geophys Res Solid Earth
            Detournay E, Defourny P. A phenomenological model for the dril­  2002;107 (B2):1–10.
              ling action of drag bits. Int J Rock Mech Mining Sci Geomech   Fjaer E, Holt RM, Horsrud P, Raaen AM, Risnes R. Chapter 3:
              Abs 1992;29 (1):13–23.                               Geological aspects of petroleum related rock mechanics. Dev
            Detournay E, Sarout J, Tan C, Caurel J. Chemoporoelastic parameter   Petrol Sci 1992;33:89–108.
              identification of a reactive shale. In: Huyghe JM, Raats PAC,   Franklin JA.  Triaxial strength of rock material. Rock Mech
              Cowin SC, editors. Symposium on Mechanics of Physico­  1971;3:86–98.
              chemical and Electrochemical Interactions in Porous Media.   Frydman M, da Fontoura SAB.  Modeling aspects of wellbore
              Berlin: Springer; 2006. International Union of Theoretical and   stability in shales. In: SPE 69529, SPE Latin American and
              Applied Mechanics.                                   Caribbean Petroleum Engineering Conference, March 25–28,
            Dewhurst DN, Hennig A. Geomechanical properties related to top   2001. Buenos Aires; 2001.
              seal leakage in the Carnarvon Basin, Northwest Shelf. Aust   Gatelier N, Pellet F, Loret B. Mechanical damage of an anisotropic
              Petrol Geosci 2003;9:255–263.                        porous rock in cyclic triaxial tests. Int J Rock Mech Mining Sci
            Dewhurst  DN, Aplin AC,  Sarda  JP, Yang Y.  Compaction‐driven   2002;39:335–354.
              evolution of porosity and permeability in natural mudstones: An   Gazaniol D, Forsans T, Boisson MJF, Piau J‐M. Wellbore failure
              experimental  study.  J  Geophys  Res  Solid  Earth  1998;103   mechanisms in shales: prediction and prevention. In: Paper SPE
              (B1):651–661.                                        28851. Presented  at the European  Petroleum Conference;
            Dewhurst DN, Aplin AC, Sarda JP. Influence of clay fraction on   October 25–27, 1994. London; 1994.
              pore‐scale properties and hydraulic conductivity of experimen­  Ghassemi A, Diek A. Effects of ion transfer on stress and pore
              tally compacted mudstones. J Geophys Res Solid Earth 1999;104   pressure distributions around a borehole in shale. In: 38th NARM
              (B12):29261–29274.                                   Symposium; Washington, DC: DC Rocks; 2001. pp 85–91.
            Dey  T, Halleck P. Some aspects of size‐effect in rock failure.   Ghorbani A, Zamora M, Cosenza P. Effects of desiccation on the
              Geophys Res Lett 1981;8 (7):691–694.                 elastic wave velocities of clay‐rocks. Int J Rock Mech Mining
            Djurhuus J, Aadnoy BS. In situ stress state from inversion of frac­  Sci 2009;46:1267–1272.
              turing data from oil wells and borehole image logs. J Petrol Sci   Glowka DA. Use of single‐cutter data in the analysis of PDC bit
              Eng 2003;38:121−130.                                 designs: Part 1—development of a PDC cutting force model.
            Donath FA. Strength variation, deformational behavior of aniso­  J Petrol Technol 1989:41(8):797–799 (844–849).
              tropic  rocks.  In:  Judid WR,  editor.  State  of  the  Earth  in  the   Gray D. Principal stress estimation in shale plays using 3D seismic. In:
              Earth’s Crust. New York: Elsevier; 1964. p 281–298.  Extended abstract for the GeoCanada 2010 conference “Working
            Douglas KJ. The shear strength of rock masses [PhD Dissertation].   with the Earth” March 17, 2010, Montreal, Canada; 2010. 4 pp.
              Sydney: The University of New South Wales; 2002. 496 pp.  Gregory KB, Vidic RD, Dzombak DA. Water management chal­
            Dresen L, Ru¨ter H. Seismic Coal Exploration: Part B: In‐seam   lenges associated with the production of shale gas by hydraulic
              Seismics. New York: Pergamon; 1994.                  fracturing. Elements 2011;7 (3):181–186.
            Drucker D, Prager W. Soil mechanics and plastic analysis or limit   Hardage BA.  Crosswell Seismology and Reverse  VSP. London:
              design. Appl Mathemat 1952;10:157–65.                Geophysical Press; 1992.
            Duc MNM. Contribution à l’ étude de la taille des roches [PhD   Hartwig A, Könitzer S, Schulz HM, Horsfield B. Investigations
              Thesis]. Paris: Universite de Paris VI; 1974.        of the shale gas potential in NE Germany [abstract]. In: EGU
            Eisner L Zhang Y, Duncan PM, Mueller MC, Thornton MP, Gei D.   General Assembly. (Held 19–24 April, 2009 in Vienna, Austria).
              Effective VTI anisotropy for consistent monitoring of micro­  Geophysical Research Abstracts 2009;11: EGU2009e8849.
              seismic events. The Leading Edge 2011;30(July):772–776.  Hawkes I, Mellor M. Uniaxial testing in rock mechanics labora­
            Ewy R. Wellbore‐stability predictions by use of a modified Lade   tories. Eng Geol 1970;4 (3):177–285.
              criterion. SPE Drill Completion 1999;14:85–91.     Hay JL, Pharr GM.  Instrumented  Indentation Testing. ASM
            Ewy RT, Stankovich RJ. Pore pressure change due to shale–fluid   Handbook. ASM International; 2000. p 232–243.
              interaction:  measurements  under  simulated  wellbore  condi-  Helbig K.  Foundation of Elastic  Anisotropy for Exploration
              tions. In: Proceedings of Pacific rocks, Fourth North American   Seismics. Amsterdam: Pergamon; 1994.
              rock mechanics symposium; July 31–August 3, 2000, Seattle/  Higgins S, Goodwin SS, Donal  A.  Anisotropic stress models
              Rotterdam: Balkema; 2000. p 147–54.                  improve completion design in the Baxter shale. In: SPE Annual
            Fairhurst C. On the validity of the Brazilian test for brittle materials.   Technical  Conference  and  Exhibition,  21–24  September,
              Int J Rock Mech Mining Sci 1964;1:515–46.            Denver, CO, USA, SPE 115736; 2008.
   201   202   203   204   205   206   207   208   209   210   211