»Research Interests Flow mechanism and Numerical Simulation of oil-water Two-phase Flow in Fractured Media Flow mechanism and Numerical Simulation of oil-water Two-phase Flow in Fractured-Vuggy Reservoir Study anf simulation of Multi-physical field coupling and multi-phase flow in Fractured-Vuggy media
»Research Projects 1. National Natural Science Foundation of China: Simulation of fractured horizontal well Based on the Discrete Fracture Model in low permeability reservoir, No.: 11102237, In charge. 2.Fundamental Research Funds for the Central Universities: Theory research of Multi-scale finite element about fluid flow in fractured reservoir, No.: 09CX04005A, In charge. 3. Fundamental Research Funds for the Central Universities: Coupling model simulation of the dual-porosity model and discrete fracture model in fractured media, No.: 14CX02045A, In charge. 4. National Basic Research Program of China��"973"Program): Study of recovery mechanism and numerical simulation on carbonate fractured-vuggy reservoir, No.: 2011CB201004, Participated. 5. National Science and Technology Project of China, Numerical simulation based on discrete fractured-vug network model, No.: 2011ZX05014-005-003HZ, Participated. 6. National Science and Technology Project of China, Different types remaining oil mechanism in fractured-vuggy reservoir, NO.:2016ZX05014-003-002, Participated, Participated.
»Paper and Publications 1. Wang Yue-ying, Yao Jun, Huang Zhao-qin. A review of fluid flow models in fractured rock, Journal of Daqing Petroleum Insitute[J],2011,35(5):42-48 2. Wang Yue-ying, Yao Jun, Huang Zhao-qin. Discrete Medium Modeling Method for Fractured⁃Vuggy Carbonate Reservoir, XINJIANG PETROLEUM GEOLOGY[J], 2012, 33(2):225-229 3. Wang Yue-ying, Sun Zan-dong, Bai Haijun. Seismic wave field modeling for dipping fracture medium with two groups of arbitrary included angle��Oil Geophysical Pr ospecting[J],2010.45(1):47~57 4. Wang Yueying. 3D wave-equation finite element forward modeling based on message passing interface parallel computing, Geophysical Prospecting for Petroleum[J], 2009,48(3):221-228 5. Zhang Na, Yao Jun, Huang Zhaoqin, Wang Yueying. Multiscale mixed finite element numerical simulation for fractured-vuggy reservoir based on DFVN model, Chinese Journal of Computional Mechanics[J]. 2015,32(4):473-478 6. HUANG Zhaoqin��GAO Bo��WANG Yueying��YAN Xia��YAO Jun. Two-phase flow simulation of discrete fracture model using a novel mimetic finite difference method, Journal of China University of Petroleum[J]. 2014,38(6):96-105 7. Huang Z., Yao J., Wang, Y.Y., et al. An Efficient Numerical Model for Immiscible Two-Phase Flow in Fractured Karst Reservoir. Commun. Comput. Phys[J]., 2013., 13(2): 540-558. (SCI��¼) 8. Zhang Na, Yao Jun, Huang Zhaoqin, Wang Yueying. Multiscale Mixed Finite Element Numerical Simulation for Seepage in Fractured Porous Media, Chinese Quarterly of mechanics[J]. 2013,34(1):54-64 9. Yao Jun, Zhang Na, Huang Zhaoqin, Wang Yueying. Multiscale mixed finite element numerical simulation for heterogeneous reservoirs, Acta Petrolei Sinica[J]. 2012, 33(3):442-448 10. Huang Z., Yao J., Wang Y., et al. Numerical study on two-phase flow through fractured porous media[J], SCIENCE CHINA Technological Sciences, 2011, 54 (9): 2412-2420. (SCI��EI��¼)��
|