Lecture XV.

Witherspoon, John

doi:10.1037/12404-015

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Three-dimensional Oil-water Simulation1

Single Phase Fluid Flow In a Fracture1

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“…which is valid for ε/(2b) > 0.065. f = 1 for smooth surfaces and f > 1 for rough fracture surfaces. Witherspoon et al (1980) confirmed the validity of the cubic law for fractures with widths between 4µm and 250µm, independent of the rock material and with values of f between 1.04 and 1.65. If the fracture wall permeability is not neglected in (A.7) and (A.8), we obtain instead of (A.10) the equation…”

Section: Three-dimensional Oil-water Simulationsupporting

confidence: 74%

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Numerical Simulation of Multiphase Flow in Fractured Porous Media

Bastian

Chen

Ewing

et al.

Lecture Notes in Physics

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PrefaceThis work is an interdisciplinary effort and would not have been possible without many contributions from different sources. My gratitude goes to:Peter Bastian who laid the basis to this work in many different ways and always supported me. I couldn't think of a better teacher of the art of scientific computing.Gabriel Wittum for recognizing the importance of scientific software development, his support and for sharing my Macintosh enthusiasm.Rainer Helmig generously supported my work. Working with him and his group was always a pleasure.The other members of the ug development team for their work:

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Section: Three-dimensional Oil-water Simulationsupporting

confidence: 74%

“…Appendix A shows how equation 2.12 can be derived from the Navier-Stokes equations. An experimental validation of the cubic law was given by Witherspoon et al (1980). In Singhal and Gupta (1999) several extensions to the parallel plate model are listed.…”

Section: Single Phase Fluid Flow In a Fracturementioning

confidence: 99%