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This volume draws together a wide range of up-to-date research in the mathematics of oil recovery operations. It concentrates on three main themes: the statistical description of porous media and geological environments at various length scales; the derivation of appropriate, spatially averaged equations for multiphase displacement processes; and the solution of the resulting equations by numerical methods. The book serves as a valuable reference for the many researchers in this field working in industry, government institutions, and universities.
This volume investigates the complex mathematical frameworks required to model and optimize oil recovery processes within porous geological media. Editor P. R. King compiles research from diverse academic and industrial sources to address the challenges of fluid displacement in subsurface environments. The text provides a rigorous analytical approach to bridging the gap between small-scale geological descriptions and large-scale reservoir simulation.
What You Will Find
Experts identify this text as a specialized reference for researchers and engineers operating within the petroleum industry and academic fluid dynamics. Readers frequently note the high level of technical density, which assumes a strong background in advanced mathematics and geological modeling.
Page Count:
846
Publication Date:
1992-03-12
Publisher:
Oxford University Press
ISBN-10:
0198536453
ISBN-13:
9780198536451
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