Cover image for Irrigation and Water Resources Engineering.
Irrigation and Water Resources Engineering.
Title:
Irrigation and Water Resources Engineering.
Author:
Asawa, G.L.
ISBN:
9788122423181
Personal Author:
Edition:
1st ed.
Physical Description:
1 online resource (623 pages)
Contents:
Cover -- Preface -- Contents -- Chapter 1. Introduction -- 1.1 Irrigation -- 1.2 Impact of Irrigation on Human Environment -- 1.3 Water Resources of India -- 1.4 Need of Irrigation In India -- 1.5 Development of Irrigation In India -- 1.6. Major and Medium Irrigation Schemes of India -- 1.7 Minor Irrigation -- 1.8 Command Area Development -- 1.9 Planning of Irrigation Projects -- 1.10 Crops and Crop Seasons -- Exercises -- References -- Chapter 2. Hydrology -- 2.1 Hydrology -- 2.2 Hydrologic Cycle -- 2.3 Precipitation -- 2.4 Abstractions from Precipitation -- 2.5 Runoff -- 2.6 Stream Flow -- 2.7 Hydrographs -- 2.8 Floods -- Exercises -- References -- Chapter 3. Soil-Water Relations and Irrigation Methods -- 3.1 Soils -- 3.2 Physical Properties of Soil -- 3.3 Chemical Properties of Soil -- 3.4 Soil-Water Relationships -- 3.5 Root-Zone Soil Water -- 3.6 Infiltration -- 3.7. Consumptive Use (or Evapotranspiration) -- 3.8 Irrigation Requirement -- 3.9 Frequency of Irrigation -- 3.10 Methods of Irrigation -- 3.11 Quality of Irrigation Water -- Excercises -- References -- Chapter 4. Ground Water and Wells -- 4.1 Ground Water Resources -- 4.2 Well Irrigation -- 4.3 Occurrence of Ground Water -- 4.4 Flow of Water through Porous Media -- 4.5 Well Hydraulics -- 4.6 Ground Water Exploration -- 4.7 Pumping Tests (or Aquifer Test) -- 4.8 Design of Water Wells -- 4.9 Methods of Well Construction -- 4.10 Well Completion -- 4.11 Development of Wells -- 4.12 Pumping Equipment of Water Wells -- Exercises -- References -- Chapter 5. Canal Irrigation -- 5.1 Canals -- 5.2 Command Areas -- 5.3 Planning of an Irrigation Canal System -- 5.4 Alignment of Irrigation Canals -- 5.5 Curves in Canals -- 5.6 Duty of Water -- 5.7 Canal Losses -- 5.8 Estimation of Design Discharge of a Canal -- 5.9 Canal Outlets -- 5.10 Canal Regulation -- 5.11 Delivery of Water to Farms.

5.12 Flow Measurement -- 5.13 Assessment of Charges for Irrigation Water -- 5.14 Waterlogging -- 5.15 Drainage of Irrigated Lands -- Exercises -- References -- Chapter 6. Management of Canal Irrigation in India -- 6.1 Need for Canal Irrigation Management -- 6.2. Inadequacies of Canal Irrigation Management -- 6.3. Objectives and Criteria of Good Canal Irrigation management -- 6.4. Methods For Improving Canal Irrigation Management -- 6.5. Operation and Maintenance of Canal Irrigation Systems -- 6.6. Evaluation of Performance of Canal Irrigation Systems -- Exercises -- References -- Chapter 7. Hydraulics of Alluvial Channels -- 7.1 General -- 7.2. Incipient Motion of Sediment -- 7.3. Regimes of Flow -- 7.4. Resistance To Flow In Alluvial Channels -- 7.5. Transport of Sediment -- Exercises -- References -- Chapter 8. Design of Stable Channels -- 8.1. General -- 8.2. Rigid Boundary Channels Carrying Clear Water -- 8.3. Rigid Boundary Channels Carrying Sediment-Laden Water -- 8.4. Alluvial Channels Carrying Clear Water -- 8.5. Alluvial Channels Carrying Sediment-Laden Water -- 8.6. Procedure for Design of Irrigation Channels -- 8.7. Borrow Pits, Spoil Banks, and Land Width for Irrigation Channel -- 8.8. Sediment Distribution in an Alluvial Channel -- 8.9. Silting and Berming of Channels -- Exercises -- References -- Chapter 9. Surface and Subsurface Flow Considerations for Design of Canal Structures -- 9.1. General -- 9.2. Hydraulic Jump -- 9.3. Seepage Force -- 9.4. Uplift Force on the Floor of Canal Structure -- Exercises -- References -- Chapter 10. Canal Regulation Structures -- 10.1. General -- 10.2. Canal Fall -- 10.3. Historical Development of Falls -- 10.4. Types of Canal Fall -- 10.5. Cistern Element -- 10.6. Roughening Measures For Energy Dissipation -- 10.7. Trapezoidal Notch Fall -- 10.8. Sarda Fall -- 10.9. Glacis Fall.

10.10. Distributary Head Regulator -- 10.11. Cross Regulator -- 10.12. Design Criteria for Distributary Head Regulator and cross Regulator -- 10.13. Control of Sediment Entry into an Offtaking Channel -- 10.14. Canal Escapes -- Exercises -- References -- Chapter 11. Cross-Drainage Structures -- 11.1. Need Of Cross-Drainage Structures -- 11.2. Types Of Cross-Drainage Structure -- 11.3. Selection Of Suitable Cross-Drainage Structure -- 11.4. Design of Cross-Drainage Structures -- 11.5. Waterway and Headway of The Stream -- 11.6. Head Loss Through Cross-Drainage Structures -- 11.7. Design of Transitions For Canal Waterway -- 11.8. Uplift Pressure On Trough -- 11.9. Uplift Pressure On Culvert Floor -- 11.10. Miscellaneous Details -- Exercises -- References -- Chapter 12. Rivers and River Training Methods -- 12.1. General -- 12.2. Classification of Rivers -- 12.3. Behaviour of Rivers -- 12.4. River Training -- 12.5. River Training Methods -- Exercises -- References -- Chapter 13. Canal Headworks -- 13.1. General -- 13.2. Location of Headworks on Rivers -- 13.3. Different Units of Headworks -- 13.4. Weir (Or Barrage) -- 13.5. Undersluices -- 13.6. Afflux, Waterway, And Different Levels For Weir Construction -- 13.7. Design of Weir -- 13.8. Divide Wall -- 13.9. Fish Ladder -- 13.10. Canal Head Regulator -- 13.11. Sediment Control In Canals -- 13.12. River Training for Canal Headworks -- Exercises -- References -- Chapter 14. Planning of Water Resource Projects -- 14.1. General -- 14.2. Physical Factors -- 14.3. Economic Considerations -- 14.4. Environmental Effects -- 14.5. Selection of a Project Plan -- 14.6. Investigations -- 14.7. Choice of Dams -- 14.8. Planning of Reservoirs -- Exercises -- References -- Chapter 15. Embankment Dams -- 15.1. General -- 15.2 Design Considerations -- 15.3 Estimation and Control of Seepage.

15.4 Stability Analysis of Embankment Dams -- 15.5 Slope Protection -- 15.6 Instrumentation -- 15.7 Embankment Construction -- Exercises -- References -- Chapter 16. Gravity Dams -- 16.1. General -- 16.2. Forces on a Gravity Dam -- 16.3. Causes of Failure of a Gravity Dam -- 16.4. Stress Analysis of Gravity Dams -- 16.5. Elementary Profile of a Gravity Dam -- 16.6. Design of a Gravity Dam -- 16.7. Foundation Treatment -- 16.8. Mass Concrete for Dams -- 16.9. Structural Joints -- 16.10. Keys and Water Seals -- 16.11. Galleries -- 16.12. Instrumentation -- 16.13. Outlets -- Exercises -- References -- Chapter 17. Spillways -- 17.1. General -- 17.2. Flood Routing -- 17.3. Components of Spillway -- 17.4. Types of Spillway -- 17.5. Terminal Structures for Spillways -- 17.6. Types of Gates for Spillway Crests -- 17.7. Cavitation Erosion on Spillway Surface -- Exercises -- References -- Appendix 1. Interlinking of Rivers in India* -- Author Index -- Subject Index.
Abstract:
The book "Irrigation and Water Resources Engineering" deals with the fundamental and general aspects of irrigation and water resources engineering and includes recent developments in hydraulic engineering related to irrigation and water resources engineering. Significant inclusions in the book are a chapter on management (including operation, maintenance, and evaluation) of canal irrigation in India, detailed environmental aspects for water resource projects, a note on interlinking of rivers in India, and design problems of hydraulic structures such as guide bunds, settling basins etc.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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