4 Gil I. Hydraulic fracturing of poorly consolidated forma-tions: considerations on rock properties and failure mech-anisms. The University of Oklahoma College, 2005
[2]
5 Chang H. Hydraulic fracturing in particulate materials.Georgia Institute of Technology, 2004
[3]
9 Khodaverdian M, Sorop T, Postif S, et al. Polymer 皁odingin unconsolidated sand formations{fracturing and geome-chanical considerations (SPE-121840). 71st EAGE Confer-ence & Exhibition, Amsterdam, 2009
[4]
11 Khodaverdian M, McElfresh P. Hydraulic fracturing stim-ulation in poorly consolidated sand: mechanisms and con-sequences. SPE annual technical conference, Texas, 2000
[5]
13 Zhai Z, Sharma MM. A new approach to modeling hy-draulic fractures in unconsolidated sands. SPE AnnualTechnical Conference and Exhibition. Society of PetroleumEngineers, Texas, 2005
[6]
14 Di Lullo G, Curtis J, Gomez J. A fresh look at stimulat-ing unconsolidated sands with proppant-laden flids. SPEAnnual Technical Conference and Exhibition. Society ofPetroleum Engineers, Texas, 2004
[7]
15 Di Lullo G, Curtis J, Gomez J. A fresh look at stimulat-ing unconsolidated sands with proppant-laden flids. SPEAnnual Technical Conference and Exhibition. Society ofPetroleum Engineers, Texas, 2004
[8]
16 Daneshy AA. ？balance growth: A new concept in hy-draulic fracturing. Journal of Petroleum Technology, 2003, 55(04): 78-85
[9]
17 Ito T, Igarashi A, Suzuki K, et al. Laboratory study ofhydraulic fracturing behavior in unconsolidated sands formethane hydrate production. Offshore Technology Conference. Offshore Technology Conference, Texas, 2008
[10]
1 Xu B, Wong RCK. A 3D finite element model for historymatching hydraulic fracturing in unconsolidated sands for-mation. Journal of Canadian Petroleum Technology, 2010, 49(4): 58-66
[11]
2 Xu B, Yuan Y, Wong RCK. Modeling of the hydraulicfractures in unconsolidated oil sands reservoir. 44th USRock Mechanics Symposium and 5th US-Canada Rock Me-chanics Symposium, American Rock Mechanics Associa-tion, 2010
[12]
3 Franquet JA, Economides MJ. Effect of stress and stresspath on Young's modulus and Poisson ratio of unconsol-idated rocks: a new idea for hydraulic fracturing. LatinAmerican and Caribbean Petroleum Engineering Confer-ence, Society of Petroleum Engineers, 1999
[13]
6 Wu R. Some fundamental mechanisms of hydraulic fractur-ing. Georgia Institute of Technology, 2006
[14]
7 Karn Agarwal, Mukul Mani Sharma. A new approach tomodeling fracture growth in unconsolidated sands. SPEAnnual Technical Conference and Exhibition. Society ofPetroleum Engineers, Colorado, 2011
[15]
8 Wong RCK, Barr WE, Kry PR. Stress-strain response ofcold Lake oil sands. Canadian Geotechnical Journal, 1993, 30(2): 220-235
[16]
10 de Pater CJ, Dong Y, Bohloli B. Experimental study of hy-draulic fracturing in sand as a function of stress and flidrheology. SPE Hydraulic Fracturing Technology Confer-ence, Society of Petroleum Engineers, Texas, 2007
[17]
12 Gil I, Roegiers JC. Coupled elasto-plastic model for hy-draulic fracturing of unconsolidated formations. 10thISRM Congress. International Society for Rock Mechan-ics, 2003
