CHINESE JOURNAL OF COMPUTATIONAL PHYSICS ›› 1995, Vol. 12 ›› Issue (3): 407-414.

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A NUMERICAL SOLUTION OF CONSTANT WELLBORE PRESSURE WITH VERTICAL FRACTURE

Cai Yuehong1, Cai Zongxi2, Zhang Qinghe2   

  1. 1. Department of Computing, China Uniuersity of Geosciences, 100083;
    2. Beijing Computing Center, MGMR, 100083
  • Received:1994-03-03 Revised:1995-05-02 Online:1995-09-25 Published:1995-09-25

Abstract: The hydraulic fracturing are widely used in oil field as a good means of the exploit of low permeability oilgas reservoir and the output increase of oil field. To make the hydraulic fracturing scheme economic, reasonable, and improved, a numerical solution is given to the mathematic model of predicting the hydraulic fracturing oil's output on condition of constant wellbored Pressure production of oil-gas reservoir. The various conditions and elements needed to be considered for the model are described. It provides an overview on the numerical solution of nonlinear parabolic oil-gas reservoir equations with the fracture in the area and the coefficient depending on the unknown function.

Key words: oil-gas reservoir, hydraulic fracturing, numerical simulation

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