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Numerical simulation of fracture propagation in Russia carbonate reservoirs during refracturing被引量：1
《Petroleum Science》2022年第6期2781-2795,共15页Dao-Bing Wang Fu-Jian Zhou Yi-Peng Li Bo Yu Dmitriy Martyushev Xiong-Fei Liu Meng Wang Chun-Ming He Dong-Xu Han Dong-Liang Sun 
supported by Beijing Natural Science Foundation(Grant No.3222030);CNPC Innovation Found(Grant No.2021DQ02-0201);the National Natural Science Foundation of China(Grant Nos.51936001 and 52174045);the Award Cultivation Foundation from Beijing Institute of Petrochemical Technology(Project No.BIPTACF-002)
Refracturing treatment is often performed on Russian carbonate reservoirs because of the quick production decline of reservoirs.The traditional refracturing model assumes that a refracture initiates in the normal dire...
关键词：REFRACTURING Stress reorientation Extended finite element method Carbonate reservoir Fracture diversion 
Numerical investigation on the effect of depletion-induced stress reorientation on infill well hydraulic fracture propagation被引量：7
《Petroleum Science》2022年第1期296-308,共13页Feng-Shou Zhang Liu-Ke Huang Lin Yang Egor Dontsov Ding-Wei Weng Hong-Bo Liang Zi-Rui Yin Ji-Zhou Tang 
the support provided by the Scientific Research and Technology Development Project of CNPC(Grant No.kt2017-19-01-1);the National Natural Science Foundation of China(Grant No.41772286,No.42077247 and No.42002271);Petro China Innovation Foundation(Grant No.2018D-5007-0202);Project funded by China Postdoctoral Science Foundation(Grant No.2021T140514);Fund of State Key Laboratory of Geomechanics and Geotechnical Engineering,Institute of Rock and Soil Mechanics,Chinese Academy of Sciences(Grant No.Z020009)。
Depletion-induced stress change causes the redistribution of stress field in reservoirs,which can lead to the reorientation of principal stresses.Stress reorientation has a direct impact on fracture propagation of inf...
关键词：Infill well Depletion Hydraulic fracture Stress reorientation Asymmetry fracture 
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