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Dynamic Characteristics of Nonsteady Flows with Phase Redistribution in Double Porous Media and Fractal Reservoir
HOU Yingmin, TONG Dengke, ZHANG Huaqing
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2009, 26 (6): 865-871.  
Abstract305)      PDF (286KB)(1119)      
A fractal theory for double porous media reservoir is introduced. An effective well radius mathematical model is used to calculate pressure of non-stesdy flow in a complex intluent system considering wellbore storage, skin factor and phase redistribution. With Douglus-Jones predictor-correcter method we obtain numerical solution of infinitely large system with constant rate production. Entire drawdown curve of the complex influent system includes 4 periods. Effects of phase redistribution parameters, double porous media parameters and fractal parameters on drawdown are shown in typical pressure curves.
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Non-Darcy Flow Analysis of Fluid in Deformed Fractal Reservoir with Double Porosity
MA Xiaodan, TONG Dengke, MA Huawei
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2007, 24 (2): 197-202.  
Abstract295)      PDF (292KB)(1370)      
We establish a flow equation stress_sensitive to permeability for fractal and deformed double porous media and introduce permeability modulus of double porous media fractal reservoir.Numerical calculation in a fractal double porous media model with constant rate production or constant pressure production in an infinitely large system is carried out with the Douglas_Jones predictor_corrector method.Typical pressure curves are shown.
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