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APPLIED
HYDROLOGY BOOK BY VEN TE CHOW, DAVID R MAIDMENT, LARRY W MAYS – PDF FREE
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HYDROLOGY BOOK BY VEN TE CHOW, DAVID R MAIDMENT, LARRY W MAYS – PDF FREE
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ABOUT THE BOOK
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APPLIED
HYDROLOGY
HYDROLOGY
AUTHORS
: VEN TE CHOW (Late Professor of Hydrosystems Engineering
University of Illinois, Urbana-Champaign) , DAVID R MAIDMENT (Associate
Professor of Civil Engineering The University of Texas at Austin), LARRY W MAYS
(Professor of Civil Engineering The University of Texas at Austin)
: VEN TE CHOW (Late Professor of Hydrosystems Engineering
University of Illinois, Urbana-Champaign) , DAVID R MAIDMENT (Associate
Professor of Civil Engineering The University of Texas at Austin), LARRY W MAYS
(Professor of Civil Engineering The University of Texas at Austin)
PUBLISHERS
: McGraw-Hill, Inc.
: McGraw-Hill, Inc.
Applied
Hydrology is a textbook for upper level undergraduate and graduate courses in
hydrology and is a reference for practicing hydrologists. Surface water
hydrology is the focus of the book which is presented in three sections:
Hydrologic Processes, Hydrologic Analysis, and Hydrologic Design.
Hydrology is a textbook for upper level undergraduate and graduate courses in
hydrology and is a reference for practicing hydrologists. Surface water
hydrology is the focus of the book which is presented in three sections:
Hydrologic Processes, Hydrologic Analysis, and Hydrologic Design.
Hydrologic
processes are covered in Chapters 1 to 6, which describe the scientific
principles governing hydrologic phenomena. The hydrologic system is visualized
as a generalized control volume, and the Reynold’s Transport Theorem (or
general control volume equation) from fluid mechanics is used to apply the
physical laws governing mass, momentum, and energy to the flow of atmospheric
water, subsurface water, and surface water. This section is completed by a chapter
on hydrologic measurement.
processes are covered in Chapters 1 to 6, which describe the scientific
principles governing hydrologic phenomena. The hydrologic system is visualized
as a generalized control volume, and the Reynold’s Transport Theorem (or
general control volume equation) from fluid mechanics is used to apply the
physical laws governing mass, momentum, and energy to the flow of atmospheric
water, subsurface water, and surface water. This section is completed by a chapter
on hydrologic measurement.
Hydrologic
analysis is treated in the next six chapters (7 to 12), which emphasize
computational methods in hydrology for specific tasks such as rainfallrunoff
modeling, flow routing, and analysis of extreme events. These chapters are
organized in a sequence according to the way the analysis treats the space and
time variability and the randomness of the hydrologic system behavior. Special
attention is given in Chapters 9 and 10 to the subject of flow routing by the
dynamic wave method where the recent availability of standardized computer
programs has made possible the general application of this method.
analysis is treated in the next six chapters (7 to 12), which emphasize
computational methods in hydrology for specific tasks such as rainfallrunoff
modeling, flow routing, and analysis of extreme events. These chapters are
organized in a sequence according to the way the analysis treats the space and
time variability and the randomness of the hydrologic system behavior. Special
attention is given in Chapters 9 and 10 to the subject of flow routing by the
dynamic wave method where the recent availability of standardized computer
programs has made possible the general application of this method.
Hydrologic
design is presented in the final three chapters (13 to 15), which focus on the
risks inherent in hydrologic design, the selection of design storms including
probable maximum precipitation, and the calculation of design flows for various
problems including the design of storm sewers, flood control works, and water
supply reservoirs.
design is presented in the final three chapters (13 to 15), which focus on the
risks inherent in hydrologic design, the selection of design storms including
probable maximum precipitation, and the calculation of design flows for various
problems including the design of storm sewers, flood control works, and water
supply reservoirs.
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CONTENTS
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1. Introduction
2. Hydrologic
Processes
Processes
3. Atmospheric
Water
Water
4. Subsurface
Water
Water
5. Surface
Water
Water
6. Hydrologic
Measurement
Measurement
7. Unit
Hydrograph
Hydrograph
8. Lumped
Flow Routing
Flow Routing
9. Distributed
Flow Routing
Flow Routing
10. Dynamic
Wave Routing
Wave Routing
11. Hydrologic
Statistics
Statistics
12. Frequency
Analysis
Analysis
13. Hydrologic
Design
Design
14. Design
Storms
Storms
15. Design
Flows
Flows
* Above mentioned topics are main topics of this book and there are many
sub-topics under those. Please refer the Preview below for detailed contents *
sub-topics under those. Please refer the Preview below for detailed contents *
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