Page 319 - Geothermal Energy Systems Exploration, Development, and Utilization
P. 319

References  295
                         Bruel, D. (1995b) Modeling heat extrac- de Boer, R. (2005) Trends in Continuum
                           tion from forced fluid-flow through  Mechanics of Porous Media: Theory and
                           stimulated fractured rock masses - eval-  Applications of Transport in Porous Me-
                           uation of the Soultz-sous-Forets site  dia, Springer-Verlag, Heidelberg.
                           potential. Geothermics, 24(3), 439–450. Deutsch, C.V. (2002) Geostatistical Reser-
                         Bruel, D. (2002) Impact of induced ther-  voir Modeling, Oxford University Press,
                           mal stresses during circulation tests  New York.
                           in an engineered fractured geother- Diersch, H.J.G. (2002) Feflow Finite El-
                           mal reservoir: example of the Soultz-  ement Subsurface Flow and Transport
                           sous-Forets European hot fractured  Simulation System - User’s Manual / Ref-
                           rock geothermal project, RhineGraben,  erence Manual / White Papers.WASY
                           France. Geothermics, 57(5), 459–470.  Ltd, Berlin, Release 5.0.
                         Bruel, D. and Cacas, M. (1992) Numeri-  Diersch, H.-J. and Kolditz, O. (2002)
                           cal Modeling Technique: Contribution to
                                                           Variable-density flow and transport in
                           the Soultz Project.Gordonand Breach
                                                           porous media: approaches and chal-
                           Science Publisher, pp. 267–279.
                                                           lenges. Advances in Water Resources,
                         Bruel, D., Cacas, M., Ledoux, E., and de
                                                           25(8–12), 899–944.
                           Marsily, G. (1994) Modelling storage
                                                          Doughty, C. and Pruess, K. (2004) Model-
                           behaviour in a fractured rock mass.
                                                           ing supercritical carbon dioxide injec-
                           JournalofHydrology, 162, 267–278.
                                                           tion in heterogeneous porous media.
                         Cacas, M.,Ledoux, E.,deMarsily,G., Bar-
                                                           Vadose Zone Journal, 3, 837–847.
                           breau, A., Tillie, B., Durand, E., Feuga,
                                                          Durham, W. (1997) Laboratory observa-
                           A., and Peaudecerf, P. (1990) Modeling
                                                           tions of the hydraulic behavior of a
                           fracture flow with a discrete fracture
                                                           permeable fracture from 3800 m depth
                           network: 1. The flow model. Water Re-
                                                           in the KTB pilot hole. Journal of Geo-
                           sources Research, 26(3), 479–489.
                                                           physical Research - Solid Earth, 102,
                         Carman, P.C. (1937) Fluid flow through
                                                           8405–18416.
                           granular beds. Transactions of the Insti-
                                                          Ehlers, W. and Bluhm, J. (2002) Porous
                           tution of Chemical Engineers, 15, 150.
                                                           Media: Theory, Experiments and Numer-
                         Carroll, M. and Katsube, N. (1983)
                                                           ical Applications,Springer.
                           The role of terzaghi effective stress
                                                          Finsterle, S. and Pruess, K. (1997) De-
                           in linearelastic deformation. Journal
                                                           velopment of Inverse Modeling Tech-
                           of Energy Resources Technology, 105,
                           509–511.                        niques for Geothermal Applications.
                         Chil´ es, J.-P. and Delfiner, P. (1999) Geo-  Proceedings, Geothermal Program Re-
                           statistics: Modeling Spatial Uncertainty,  view XV, San Francisco, CA ,March
                           Wiley, New York.                24–26, 1997, pp. 2–47–2–54.
                         Clauser, C. (2003) Numerical Simula-  Forchheimer, P. (1914) Hydraulik,Teub-
                           tion of Reactive Flows in Hot Aquifers,  ner Verlag.
                           Springer, Berlin / Heidelberg.  Gehrke, D. (2007) Thermisch-hydraulische
                         Cornet, F. (1985) An Overview on Re-  3d Modellierung des Geothermischen
                           search on Energy Production From  Reservoirs um die Dublette (e grsk 3/90
                           Hot-dry-rocks. Technical Report, Sta-  / gt grsk 4/05) von großsch¨onebeck unter
                           tusreport  1985,  Geotechnik  und  Ber¨ucksichtigung von Stimulationsmaß-
                           Lagerst¨ atten, J¨ ulich.       nahmen. Institutf¨ ur Geographie und
   314   315   316   317   318   319   320   321   322   323   324