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| 內容簡介： |
This book describes a major method in modelling the flow of
water and transport of solutes in the subsurface, a subject of
considerable interest in the exploitation and preservation of water
resources. The stochastic approach allows the uncertainty which
affects various properties and parameters to be incorporated in
models of subsurface flow and transport. These much more realistic
models are of greater use in, for example, modelling the transport
and build-up of contaminants in groundwater. The volume is based on
the second Kovacs Colloquium organised by the International
Hydrological Programme UNESCO and the International Association
of Hydrological Sciences. Fifteen leading scientists with
international reputations review the latest developments in this
area. The book is a valuable reference work for graduate students,
research workers and professionals in government and public
institutions, interested in hydrology, environmental issues, soil
physics, petroleum engineering, geological engineering and applied
mathematics.
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| 目錄：
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Part I. Introduction
1. Stochastic modeling of flow and transport the broad perspective
Gedeod Dagan
Part II. Subsurface Characterization and Parameter Estimation
2. Characterization of geological heterogeneity Mary P.
Anderson
3. Application of geostatistics in subsurface hydrology Javier
Samper
4. Formulations and computational issues of the inversion of
random fields Jesús Carrera, Agustín Medina, Carl Axness and Tony
Zimmerman
Part III. Flow Modeling and Aquifer Management
5. Groundwater in heterogeneous formations Peter Kitanidis
6. Aspects of numerical methods in multiphase flows Richard E.
Ewing
7. Incorporating uncertainty into aquifer management models Steve
Gorelick
Part IV. Transport in Heterogeneous Aquifers
8. Transport of inert solutes by groundwater recent developments
and current issues Yoram Rubin
9. Transport of reactive solutes Vladimir Cvetkovic
10. Nonlocal reactive transport with physical and chemical
heterogeneity linear nonequilibrium sorption with random rate
coefficients Bill X. Hu, Fei-Wen Deng and John Cushman
11. Perspectives on field scale application of stochastic
subsurface hydrology Lynn W. Gelhar
Part V. Fractured Rocks and Unsaturated Soils
12. Component characterization
an approach to fracture hydrology Jane C. S. Long, Christine
Doughty, Akhil Datta-Gupta, Kevin Hestir and Don Vasco
13. Stochastic analysis of solute transport in partially saturated
heterogeneous soils David Russo
14. Field scale modeling of immiscible organic chemical spills
Jack Parker
Part VI. A View to the Future
15. Stochastic approach to subsurface flow and transport a view to
the future Shlomo Neuman.
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