Hydraulic design handbook / Larry W. Mays, editor-in-chief

Contents;

CHAPTER 1 INTRODUCTION

1.1 Overview
1.2 Ancient hydraulic structures
1.3 Development of hydraulics
1.4 Federal policies affecting hydraulic design
1.5 Conventional process in hydraulic design
Etc.

CHAPTER 2 HYDRAULICS OF PRESSURIZED FLOW

2.1 Introduction
2.2 Importance of pipelines systems
2.3 Numerical models: basis for pipeline analysis
2,4 Modeling approach
2.5 System capacity: problems in time and space
Etc.

CHAPTER 3 HYDRAULICS OF OPEN CHANNEL FLOW
3.1 Introduction
3.2 Energy principle
3.3 Momentum
3.4 Uniform flow
3,5 Gradually and spatially varied flow
Etc.

CHAPTER 4 SUBSURFACE FLOW AND TRANSPORT
4.1 Introduction
4.2 Constitutive relationship
4.3 Flow and transport in saturated zone
4.4 Flow and transport in unsaturated
4.5 Flow and transport in vapor phase
Etc.

CHAPTER 5 ENVIRONMENTAL HYDRAULICS
5.1 Introduction
5.2 Water and thermal budgets
5.3 Effects and causes of stratification
5.4 Mixing dispersion in open channels
5.5 Mixing dispersion in lakes and reservoirs
Etc.

CHAPTER 6 SEDIMENTATION AND EROSION HYDRAULICS
6.1 Introduction
6.2 Hydraulics for sediment transport
6.3 Sediment properties
6.4 Threshold condition for sediment movement
6.5 Sediment transport
Etc.

CHAPTER 7 RISK/RELIABILITY-BASED HYDRAULICS ENGINEERING DEGIN
7.1 Introduction
7.2 Techniques for Uncertainty analysis
7.3 Reliability analysis methods
7.4 Risk based design of hydraulic structure
7.4.5 U.S army corps of engineers risk based

CHAPTER 8 HYDRAULIC STRUCTURE
8.1 Introduction
8.2 Headrace channel
8.3 Intakes
8.4 Tunnels
8.5 Surge tanks
Etc.

CHAPTER 9 HYDRAULICS OF WATER DISTRIBUTION SYSTEM
9.1 Introduction
9.2 Steady state hydraulic analysis
9.3 Unsteady flow in pipe network analysis
9.4 Water quality modelling
9.5 Computer modelling of water distribution systems
Etc.

CHAPTER 10 PUMP SYSTEM HYDRAULIC DESIGN
10.1 pump types and definition
10.2 pump hydraulics
10.3 Concepts of specific speed
10.4 Net positive suction head
10.5 Corrected pumps curves
Etc.

CHAPTER 11 WATER DISTRIBUTION SYSTEM DESIGN
11.1 Introduction
11.2 Distribution system planning
11.3 Pipeline preliminary design
11.4 Piping materials
11.5 Pipeline design
Etc.

CHAPTER 12 HYDRAULIC TRANSIENT FOR PIPELINE SYSTEMS
12.1 Introduction to water hammer and surging
12.2 Fundamentals of water hammer and surge
12.3 Hydraulic characteristics of valves
12.4 Hydraulic characteristics of pumps
12.5 Surge protection and surge controls devices
Etc.

CHAPTER 13 HYDRAULIC DESIGN OF DRAINAGE OF HIGHWAYS
11.3 Introduction
13.2 General geometric and pavement guidelines that influence drainage
13.3 Design frequency and spread
13.4 Selection of design hydraulic
Etc.

CHAPTER 14 HYDRAULIC DESIGN OF URBAN DRAINAGE SYSTEMS
14. Introduction
14.2 Hydraulics of drainage channels
14.3 Flow in a swear
14.4 Hydraulics of sewer junctions
14.5 Hydraulics of asewer network
Etc.

CHAPTER 15 HYDRAULICS DEIGN OF CULVERTS AND HIGHWAY STRUCTURES
15.1 Introduction
15.2 Design parameters
15.3 Characteristics of flow
15.4 Methods of cultivation
15. 5 Performance curves
Etc.

Includes Bibliographic References and index.