Hydrological dimensioning and operation of reservoirs : practical design concepts and principles / by Imre V. Nagy, Kofi Asante-Duah and Istvan Zsuffa.

By: Nagy, Imre V.
Contributor(s): Asante-Duah, D. Kofi | Zsuffa, István.
Material type: materialTypeLabelBookSeries: Water science and technology library: vol. 39Publisher: Dordrecht ; London : Kluwer Academic Publishers, ©2002Description: xiv, 225 pages : illustrations ; 25 cm.ISBN: 1402004389 (alk. paper); 9781402004384 (alk. paper).Subject(s): RESERVOIRS | MATHEMATICAL MODELS | HYDROLOGY | HYDROLOGIC MODELSHoldings: GRETA POINT: 627.81 HYD
Contents:
Preface -- Chapter 1: Introduction -- Chapter 2: The Hydrology of Flow Regulation -- Chapter 3: Planning for Dams and Reservoirs: Hydrologic Design Elements and Operational Characteristics of Storage Reservoirs -- Chapter 4: Principles and Concepts in the Hydrologic Design and Operation of Storage Reservoirs -- Chapter 5: Systems Approach in the Hydrologic Design and Operation of Storage Reservoirs -- Chapter 6: Hydrologic Analysis of Flood Flows -- Chapter 7: Methods of Approach for Designing Optimal Storage Capacities and Operational Strategies for Multireservoir Systems -- Chapter 8: Determination of the Optimal Reservoir Storage Capacity and Operational Parameters for a River Dam -- Chapter 9: Hydrological Sizing of Reservoirs for Flood Protection -- Chapter 10: Application of the Moran Model in Reservoir Storage Design -- List of References and Bibliography -- Literature Cited -- Additional Suggested Literature -- Index.
Abstract: This book elaborates some very important concepts, tools, and methodologies that can be used to help resolve multiple reservoir capacity allocation problems in a consistent, efficient, and cost-effective way. The material presented in the book will guide the hydrological analyst or design engineer in the determination of the optimal storage capacities and operational strategies of the individual elements in a system of reservoirs present at a set of potential dam sites. The specific goal in the type of optimization problem elaborated here will be to help minimize the reservoir capacities and/or shortfalls (which are a surrogate for minimizing costs) and still meet capacity requirements and needs. The ultimate objective in such an application will be to prevent over-design or under-design of reservoir storage capacities under optimum conditions of reservoir operation. Thus, the optimal solution will produce the smallest reservoir storage required to meet all project demands with an acceptable degree of reliability.
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627.81 HYD 1 Available B020680

Includes bibliographical references (pages 209-219) and index.

Preface -- Chapter 1: Introduction -- Chapter 2: The Hydrology of Flow Regulation -- Chapter 3: Planning for Dams and Reservoirs: Hydrologic Design Elements and Operational Characteristics of Storage Reservoirs -- Chapter 4: Principles and Concepts in the Hydrologic Design and Operation of Storage Reservoirs -- Chapter 5: Systems Approach in the Hydrologic Design and Operation of Storage Reservoirs -- Chapter 6: Hydrologic Analysis of Flood Flows -- Chapter 7: Methods of Approach for Designing Optimal Storage Capacities and Operational Strategies for Multireservoir Systems -- Chapter 8: Determination of the Optimal Reservoir Storage Capacity and Operational Parameters for a River Dam -- Chapter 9: Hydrological Sizing of Reservoirs for Flood Protection -- Chapter 10: Application of the Moran Model in Reservoir Storage Design -- List of References and Bibliography -- Literature Cited -- Additional Suggested Literature -- Index.

This book elaborates some very important concepts, tools, and methodologies that can be used to help resolve multiple reservoir capacity allocation problems in a consistent, efficient, and cost-effective way. The material presented in the book will guide the hydrological analyst or design engineer in the determination of the optimal storage capacities and operational strategies of the individual elements in a system of reservoirs present at a set of potential dam sites. The specific goal in the type of optimization problem elaborated here will be to help minimize the reservoir capacities and/or shortfalls (which are a surrogate for minimizing costs) and still meet capacity requirements and needs. The ultimate objective in such an application will be to prevent over-design or under-design of reservoir storage capacities under optimum conditions of reservoir operation. Thus, the optimal solution will produce the smallest reservoir storage required to meet all project demands with an acceptable degree of reliability.

The subject matter of this book will be of interest to practising hydrologists, water resources systems analysts, and civil engineers, as well as to students taking a variety of courses in water resources planning and development.

GRETA POINT: 627.81 HYD

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