Hamill, Les
Understanding hydraulics Les Hamill - 3rd ed. - Basingstoke ; New York : Palgrave Macmillan, c2011. - xxi, 631 p. : ill. ; 25 cm.
Introduction
Hydrostatics
Pressure Measurement
Stability of a Floating Body
Fluids in Motion
Flow Measurement
Flow through Pipelines
Flow under a Varying Head: Time Required to Empty a Reservoir
Flow in Open Channels
Hydraulic Structures
Dimensional Analysis and Hydraulic Models
Turbines and Pumps
Introduction to Engineering Hydrology
Applications of Engineering Hydrology
Sustainable Drainage Systems
Bibliography
Appendix 1: Derivations of Equations
Appendix 2: Solutions to Self Test Questions
Appendix 3: Graph Paper.
Introduction
1. Hydrostatics
2. Pressure measurement
3. Stability of a floating body
4. Fluids in motion
5. Flow measurement
6. Flow through pipelines
7. Flow under a varying head : time required to empty a reservoir
8. Flow in open channels
9. Hydraulic structures
10. Dimensional analysis and hydraulic models
11. Turbines and pumps
12. Introduction to engineering hydrology
13. Applications of engineering hydrology
14. Sustainable drainage systems (SUDS)
Appendix 1. Derivations of equations
Appendix 2. Solutions to self test questions
Appendix 3. Graph paper.
This text covers the full range of material needed by civil engineering students in their study of hydraulics. It begins by covering the very fundamental material with which it is important to get to grips before progressing to more advanced study. Detailed explanation of these fundamentals gives the reader a clear understanding of what happens, as well as why, when and where. The author is careful to match the mathematics to the level needed by students at this level, and a range of pedagogical devices are used to reinforce the learning. Covering the full range of material needed by civil engineering students in their study of hydraulics, this new edition includes hydraulic structures and an introduction to hydrology. Self-test questions, with answers, are included.
9780230242753
Hydraulics
Engineering
Hydraulic engineering
627 HA UN
Understanding hydraulics Les Hamill - 3rd ed. - Basingstoke ; New York : Palgrave Macmillan, c2011. - xxi, 631 p. : ill. ; 25 cm.
Introduction
Hydrostatics
Pressure Measurement
Stability of a Floating Body
Fluids in Motion
Flow Measurement
Flow through Pipelines
Flow under a Varying Head: Time Required to Empty a Reservoir
Flow in Open Channels
Hydraulic Structures
Dimensional Analysis and Hydraulic Models
Turbines and Pumps
Introduction to Engineering Hydrology
Applications of Engineering Hydrology
Sustainable Drainage Systems
Bibliography
Appendix 1: Derivations of Equations
Appendix 2: Solutions to Self Test Questions
Appendix 3: Graph Paper.
Introduction
1. Hydrostatics
2. Pressure measurement
3. Stability of a floating body
4. Fluids in motion
5. Flow measurement
6. Flow through pipelines
7. Flow under a varying head : time required to empty a reservoir
8. Flow in open channels
9. Hydraulic structures
10. Dimensional analysis and hydraulic models
11. Turbines and pumps
12. Introduction to engineering hydrology
13. Applications of engineering hydrology
14. Sustainable drainage systems (SUDS)
Appendix 1. Derivations of equations
Appendix 2. Solutions to self test questions
Appendix 3. Graph paper.
This text covers the full range of material needed by civil engineering students in their study of hydraulics. It begins by covering the very fundamental material with which it is important to get to grips before progressing to more advanced study. Detailed explanation of these fundamentals gives the reader a clear understanding of what happens, as well as why, when and where. The author is careful to match the mathematics to the level needed by students at this level, and a range of pedagogical devices are used to reinforce the learning. Covering the full range of material needed by civil engineering students in their study of hydraulics, this new edition includes hydraulic structures and an introduction to hydrology. Self-test questions, with answers, are included.
9780230242753
Hydraulics
Engineering
Hydraulic engineering
627 HA UN