Flow and transport in porous media and fractured rock : from classical methods to modern approaches

著者

書誌事項

Flow and transport in porous media and fractured rock : from classical methods to modern approaches

Muhammad Sahimi

VCH, c1995

大学図書館所蔵 件 / 全23件

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注記

Includes bibliographical references (p. [428]-477) and index

内容説明・目次

内容説明

Provides a comprehensive discussion of porous media problems, experimental methods for characterizing porous structures, classical approaches and modern methods and a comparison of both, and fractured rock and porous media.

目次

  • Part 1 Continuum versus discrete models: a hierarchy of heterogeneities and length scales
  • long-range correlations, fractals and percolation
  • continuum versus discrete models. Part 2 The equations of change: the equation of continuity
  • the momentum equation
  • the diffusion and convective-diffusion equations. Part 3 Fractal concepts and percolation theory: box-counting method and self-similar fractals
  • self-affine fractals
  • multifractal systems
  • fractional Brownian motion and long-range correlations
  • percolation processes
  • a glance at history. Part 3 Diagenetic processes and formation of rock: diagenetic and metasomatic processes
  • continuum models of diagenetic processes
  • geometrical models of diagenetic processes in granular rock
  • a geometrical model of carbonate rock
  • diagenetic processes of fractured rock. Part 5 Morphology of porous media and fractured rock: porosity, specific surface area and tortuosity
  • fluid saturation, capillary pressure and contact angle
  • pore size distribution
  • topological properties of porous media
  • fractal properties of porous media
  • porosity and pore size distribution of fractal porous media
  • morphology of fractured rocks. Part 6 Models of porous media: models of macroscopic porous media
  • models of pore surface roughness
  • models of megascopic porous media
  • interpolation schemes and conditional simulation. Part 7 Models of fractured rock: continuum approach - the multi-porosity models
  • network models
  • simulated annealing model
  • synthetic fractal models
  • mechanical fracture models. Part 8 Flow and transport in porous media: the volume-averaging method and derivation of Darcy's law
  • the Brinkman and Forchheimer equations
  • predicting the permeability, conductivity and diffusivity
  • fractal transport and non-local formulation of diffusion
  • derivation of Archie's law
  • relation between permeability and electrical conductivity
  • relation between permeability and nuclear magnetic resonance
  • dynamic permeability. Part 9 Dispersion in porous media: the phenomenon of dispersion
  • mechanisms of dispersion processes
  • the convective-diffusion equation
  • measurement of dispersion coefficients
  • dispersion in simple systems
  • dependence of dispersion coefficients on the Peclet number
  • models of dispersion in macroscopic porous media
  • long-time tails - dead-end pores versus disorder
  • dispersion in short porous media
  • dispersion in porous media with percolation disorder
  • dispersion in megascopic porous media
  • dispersion in stratified porous media. Part 10 Flow and dispersion in fractured rock: flow in a single fracture - continuum and discrete models
  • flow in fractured rock
  • dispersion in a single fracture
  • dispersion in fractured rock. Part 11 Miscible displacements: factors affecting miscible displacement processes
  • viscous fingering
  • continuum models of miscible displacements in Hele-Shaw cells
  • continuum models of miscible displacements in porous media. (Part contents).

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