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Phase-Field Simulation of Imbibition for the Matrix-Fracture of Tight Oil Reservoirs Considering Temperature Change

机译：考虑温度变化的紧储油储层基质骨折的基体仿真

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Junjie Shi; Linsong Cheng; Renyi Cao; Zhihao Jia; Gaoling Liu;
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2. Significance of Advanced Spontaneous Imbibition, and Wettability Alteration on Enhanced Oil Recovery (EOR) in Tight Oil Reservoirs [J] . A.K. Mulashani, Z. Desheng, M. Kawamala Oceanographic Literature Review . 2020,第9期

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3. Experimental Simulation on Imbibition of the Residual Fracturing Fluid in Tight Sandstone Reservoirs [J] . Ren Xiaoxia, Li Aifen, Memon Asadullah, Journal of Energy Resources Technology . 2019,第8期

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5. Development of a Geological and Oil Reservoir Numerical Simulation Model to Predict the Effectiveness of Surfactant Imbibition Enhanced Oil Recovery for the Bakken Formation in North Dakota [D] . Detwiler, Stephen Lockwood. 2018

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6. Imbibition and Oil Recovery Mechanism of FracturingFluids in Tight Sandstone Reservoirs [O] . Hui Gao, *, Yalan Wang, 2021

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8. Mariner-9 Based Simulation of Radiative Convective Temperature Changes in the Martian Dust-Laden Atmosphere-Soil System [R] . Dannevik, W. P., Pallmann, A. J. 1974

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Phase-Field Simulation of Imbibition for the Matrix-Fracture of Tight Oil Reservoirs Considering Temperature Change

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