used in this study, although realistic, were chosen arbitrary. It is important to use specific rock parameter in order to access the stability of the model. References AlUmran, M. I.; AlDossari, K. A.; NasrElDin, H. A., Successful Treatments to Enhance the Performance of Horizontal Drilled Near Tarmat Areas. Hongsen Chen Richard, Richard E. Ewing, Stephen L. Lyons, Guan Qin, Tong Sun, David P. Yale, A Numerical Algorithm for Single Phase Fluid (2000) Flow in Elastic Porous Media McDermott, C.; Kolditz, O., Geomechanical model for fracture deformation Hydrogeology Journal 2006, under hydraulic, mechanical and thermal loads. 14, (4), 485-498 Osman, Mohammed El-Sayed, An Approach To Predict Tarmat Breakdown in Journal of Petroleum Technology 1985, Minagish Reservoir in Kuwait, 37,(11), 2071-2075 Jedaan, N.M.; Al Abdulmalik, A.; D. Dessort, ;V.L.N. de Groen, C.J. Fraisse ;E. Pluchery, Beicip-Franlab., Characterisation, Origin International and Repartition of Tar Mat in the Bul Hanine Field in Qatar, Petroleum Technology Conference, 4-6 December 2007, Dubai, U.A.E. Goodman, R. E., 1989, John Wiley and Introduction to Rock Mechanics, Sons, Toronto AlKaabi, A.; Menouar, H.; AlMarhoun, M. A. ; AlHashim, H. S. , Bottom SPE 1988 Water Drive in Tarmat Reservoirs, Acharya, U.B., Effect of Tarmat on Reservoir Behavior: Reservoir Simulation Middle East Oil Show, SPE 1987, 395-400 Case Studies, Howard, G. C., Fast C. R., 1970, Society Engineers of Hydraulic Fracturing, AIME, Dallas Lianyang, Z. 2005, Elsevier, United Engineering Properties of Rocks: Kingdom
used in this study, although realistic, were chosen arbitrary. It is important to use specific rock parameter in order to access the stability of the model. References AlUmran, M. I.; AlDossari, K. A.; NasrElDin, H. A., Successful Treatments to Enhance the Performance of Horizontal Drilled Near Tarmat Areas. Hongsen Chen Richard, Richard E. Ewing, Stephen L. Lyons, Guan Qin, Tong Sun, David P. Yale, A Numerical Algorithm for Single Phase Fluid Flow in Elastic Porous Media (2000) McDermott, C.; Kolditz, O., Geomechanical model for fracture deformation under hydraulic, mechanical and thermal loads. Hydrogeology Journal 2006, 14, (4), 485-498 Osman, Mohammed El-Sayed, An Approach To Predict Tarmat Breakdown in Minagish Reservoir in Kuwait, Journal of Petroleum Technology 1985, 37,(11), 2071-2075 Jedaan, N.M.; Al Abdulmalik, A.; D. Dessort, ;V.L.N. de Groen, C.J. Fraisse ;E. Pluchery, Beicip-Franlab., Characterisation, Origin and Repartition of Tar Mat in the Bul Hanine Field in Qatar, International Petroleum Technology Conference, 4-6 December 2007, Dubai, U.A.E. Goodman, R. E., 1989, Introduction to Rock Mechanics, John Wiley and Sons, Toronto AlKaabi, A.; Menouar, H.; AlMarhoun, M. A. ; AlHashim, H. S. , Bottom Water Drive in Tarmat Reservoirs, SPE 1988 Acharya, U.B., Effect of Tarmat on Reservoir Behavior: Reservoir Simulation Case Studies, Middle East Oil Show, SPE 1987, 395-400 Howard, G. C., Fast C. R., 1970, Hydraulic Fracturing, Society Engineers of AIME, Dallas Lianyang, Z. 2005, Engineering Properties of Rocks: Elsevier, United Kingdom
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