Hydraulic Design Handbook
by: Larry W. Mays
Abstract: Easy-to-follow guide to data otherwise offered in several difficult federal handbooks. Includes all relevant regulations from the EPA, NOAA, Federal Highway Administration, and other public agencies. Covers hydraulic design for water supply, water excess management, and environmental considerations. Features the contributions of experts in specific hydraulic design areas.
Full details
Table of Contents
- A. CONTRIBUTORS
- B. ABOUT THE EDITOR
- C. PREFACE
- D. ACKNOWLEDGMENTS
- 1. INTRODUCTION
- 2. HYDRAULICS OF PRESSURIZED FLOW
- 3. HYDRAULICS OF OPEN CHANNEL FLOW
- 4. SUBSURFACE FLOW AND TRANSPORT
- 5. ENVIRONMENTAL HYDRAULICS
- 6. SEDIMENTATION AND EROSION HYDRAULICS
- 7. RISK/RELIABILITY-BASED HYDRAULIC ENGINEERING DESIGN
- 8. HYDRAULIC DESIGN FOR ENERGY GENERATION
- 9. HYDRAULICS OF WATER DISTRIBUTION SYSTEMS
- 10. PUMP SYSTEM HYDRAULIC DESIGN
- 11. WATER DISTRIBUTION SYSTEM DESIGN
- 12. HYDRAULIC TRANSIENT DESIGN FOR PIPELINE SYSTEMS
- 13. HYDRAULIC DESIGN OF DRAINAGE FOR HIGHWAYS
- 14. HYDRAULIC DESIGN OF URBAN DRAINAGE SYSTEMS
- 15. HYDRAULIC DESIGN OF CULVERTS AND HIGHWAY STRUCTURES
- 16. HYDRAULIC DESIGN OF FLOOD CONTROL CHANNELS
- 17. HYDRAULIC DESIGN OF SPILLWAYS
- 18. HYDRAULIC DESIGN OF STILLING BASINS AND ENERGY DISSIPATORS
- 19. FLOODPLAIN HYDRAULICS
- 20. FLOW TRANSITIONS AND ENERGY DISSIPATORS FOR CULVERTS AND CHANNELS
- 21. HYDRAULIC DESIGN OF FLOW MEASURING STRUCTURES
- 22. WATER AND WASTEWATER TREATMENT PLANT HYDRAULICS
- 23. HYDRAULIC DESIGN FOR GROUNDWATER CONTAMINATION
- 24. ARTIFICIAL RECHARGE OF GROUNDWATER: SYSTEMS, DESIGN, AND MANAGEMENT
Tools & Media
Expanded Table of Contents
- A. CONTRIBUTORS
- B. ABOUT THE EDITOR
- C. PREFACE
- D. ACKNOWLEDGMENTS
- 1. INTRODUCTION
- 2. HYDRAULICS OF PRESSURIZED FLOW
- 3. HYDRAULICS OF OPEN CHANNEL FLOW
- 4. SUBSURFACE FLOW AND TRANSPORT
- 5. ENVIRONMENTAL HYDRAULICS
- 6. SEDIMENTATION AND EROSION HYDRAULICS
- INTRODUCTION
- HYDRAULICS FOR SEDIMENT TRANSPORT
- SEDIMENT PROPERTIES
- THRESHOLD CONDITION FOR SEDIMENT MOVEMENT
- SEDIMENT TRANSPORT
- BEDLOAD TRANSPORT
- BEDFORMS
- EFFECT OF BEDFORMS ON FLOW AND SEDIMENT TRANSPORT
- SUSPENDED LOAD
- DIMENSIONLESS RELATIONS FOR TOTAL BED MATERIAL LOAD IN SAND-BED STREAMS
- HYDRAULICS OF RESERVOIR SEDIMENTATION
- HYDRAULICS OF TURBIDITY CURRENTS
- REFERENCES
- 7. RISK/RELIABILITY-BASED HYDRAULIC ENGINEERING DESIGN
- 8. HYDRAULIC DESIGN FOR ENERGY GENERATION
- 9. HYDRAULICS OF WATER DISTRIBUTION SYSTEMS
- 10. PUMP SYSTEM HYDRAULIC DESIGN
- PUMP TYPES AND DEFINITIONS
- PUMP HYDRAULICS
- CONCEPT OF SPECIFIC SPEED
- NET POSITIVE SUCTION HEAD
- CORRECTED PUMP CURVES
- HYDRAULIC CONSIDERATIONS IN PUMP SELECTION
- APPLICATION OF PUMP HYDRAULIC ANALYSIS TO DESIGN OF PUMPING STATION COMPONENTS
- IMPLICATIONS OF HYDRAULIC TRANSIENTS IN PUMPING STATION DESIGN
- REFERENCES
- APPENDIX 10.A PUMP SYSTEM HYDRAULIC DESIGN
- 11. WATER DISTRIBUTION SYSTEM DESIGN
- 12. HYDRAULIC TRANSIENT DESIGN FOR PIPELINE SYSTEMS
- INTRODUCTION TO WATERHAMMER AND SURGING
- FUNDAMENTALS OF WATERHAMMER AND SURGE
- HYDRAULIC CHARACTERISTICS OF VALVES
- HYDRAULIC CHARACTERISTICS OF PUMPS
- SURGE PROTECTION AND SURGE CONTROL DEVICES
- DESIGN CONSIDERATIONS
- NEGATIVE PRESSURES AND WATER COLUMN SEPARATION IN NETWORKS
- TIME CONSTANTS FOR HYDRAULIC SYSTEMS
- CASE STUDIES
- REFERENCES
- 13. HYDRAULIC DESIGN OF DRAINAGE FOR HIGHWAYS
- 14. HYDRAULIC DESIGN OF URBAN DRAINAGE SYSTEMS
- 15. HYDRAULIC DESIGN OF CULVERTS AND HIGHWAY STRUCTURES
- 16. HYDRAULIC DESIGN OF FLOOD CONTROL CHANNELS
- 17. HYDRAULIC DESIGN OF SPILLWAYS
- 18. HYDRAULIC DESIGN OF STILLING BASINS AND ENERGY DISSIPATORS
- INTRODUCTION
- STILLING BASINS
- DROP-TYPE ENERGY DISSIPATORS
- WAVE SUPPRESSORS
- IMPACT-TYPE STILLING BASIN FOR PIPE OR OPEN CHANNEL OUTLETS
- BAFFLED APRON FOR CANAL OR SPILLWAY DROPS (BASIN IX)
- RIPRAP FOR STILLING BASIN DOWNSTREAM PROTECTIONS
- SUBMERGED DEFLECTOR BUCKETS
- FLIP BUCKETS
- STILLING BASIN DESIGN EXAMPLES
- REFERENCES
- 19. FLOODPLAIN HYDRAULICS
- 20. FLOW TRANSITIONS AND ENERGY DISSIPATORS FOR CULVERTS AND CHANNELS
- 21. HYDRAULIC DESIGN OF FLOW MEASURING STRUCTURES
- INTRODUCTION
- HYDRAULIC CONCEPTS RELATED TO WATER MEASUREMENT
- BASIC PRINCIPLES OF WATER MEASUREMENT
- MEASUREMENT ACCURACY
- SELECTION OF PRIMARY ELEMENTS OF WATER MEASURING DEVICES
- SELECTION OF SECONDARY DEVICES FOR DISCHARGE READOUT AND CONTROL
- APPLICATIONS OF LONG-THROATED FLUMES
- FIELD SIMPLIFIED, EXPEDIENT MEASUREMENT TECHNIQUES
- ACKNOWLEDGMENTS
- REFERENCES
- 22. WATER AND WASTEWATER TREATMENT PLANT HYDRAULICS
- 23. HYDRAULIC DESIGN FOR GROUNDWATER CONTAMINATION
- 24. ARTIFICIAL RECHARGE OF GROUNDWATER: SYSTEMS, DESIGN, AND MANAGEMENT
Book Details
Title: Hydraulic Design Handbook
Publisher: McGraw-Hill Education: New York, Chicago, San Francisco, Athens, London, Madrid, Mexico City, Milan, New Delhi, Singapore, Sydney, Toronto
Copyright / Pub. Date: 1999 McGraw-Hill Education
ISBN: 9780070411524
Authors:
Larry W. Mays is the author of this McGraw-Hill Professional publication.
Description: Easy-to-follow guide to data otherwise offered in several difficult federal handbooks. Includes all relevant regulations from the EPA, NOAA, Federal Highway Administration, and other public agencies. Covers hydraulic design for water supply, water excess management, and environmental considerations. Features the contributions of experts in specific hydraulic design areas.
