The Supplementary Material is a set of classroom-style problems (with a few example solutions) that explore the concepts in the book, “Surge Analysis and the Wave Plan Method.“ You may view the Intro to the book and the first chapter on Google Play (with chapter 1) or PDF (Introduction and Index).
The complete Supplementary Material is available for download as a PDF:
Supplementary Material: Example Problems and Solutions
These problems vary in difficulty, and so are appropriate at both the undergraduate and graduate level, depending on the individual question. In the future we hope to provide a forum for user-driven solutions to the problems, comments, suggestions and further development of new or existing problems. For now, please direct your comments and questions to [email protected].
Curriculum
- 17 Sections
- 266 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- Chapter 0 - Steady State HydraulicsChapter 0 - Steady State Hydraulics30
- 0.0Chapter 0 – Problem 1
- 0.1Chapter 0 – Problem 2
- 0.2Chapter 0 – Problem 3
- 0.3Chapter 0 – Problem 4
- 0.4Chapter 0 – Problem 5
- 0.5Chapter 0 – Problem 6
- 0.6Chapter 0 – Problem 7
- 0.7Chapter 0 – Problem 8
- 0.8Chapter 0 – Problem 9
- 0.9Chapter 0 – Problem 10
- 0.10Chapter 0 – Problem 11
- 0.11Chapter 0 – Problem 12
- 0.12Chapter 0 – Problem 13
- 0.13Chapter 0 – Problem 14
- 0.14Chapter 0 – Problem 15
- 0.15Chapter 0 – Problem 16
- 0.16Chapter 0 – Problem 17
- 0.17Chapter 0 – Problem 18
- 0.18Chapter 0 – Problem 19
- 0.19Chapter 0 – Problem 20
- 0.20Chapter 0 – Problem 21
- 0.21Chapter 0 – Problem 22
- 0.22Chapter 0 – Problem 23
- 0.23Chapter 0 – Problem 24
- 0.24Chapter 0 – Problem 25
- 0.25Chapter 0 – Problem 26
- 0.26Chapter 0 – Problem 27
- 0.27Chapter 0 – Problem 28
- 0.28Chapter 0 – Problem 29
- 0.29Chapter 0 – Problem 30
- Chapter 1 - Wave Plan MethodChapter 1 - Wave Plan Method30
- 1.0Chapter 1 – Problem 1
- 1.1Chapter 1 – Problem 2
- 1.2Chapter 1 – Problem 3
- 1.3Chapter 1 – Problem 4
- 1.4Chapter 1 – Problem 5
- 1.5Chapter 1 – Problem 6
- 1.6Chapter 1 – Problem 7
- 1.7Chapter 1 – Problem 8
- 1.8Chapter 1 – Problem 9
- 1.9Chapter 1 – Problem 10
- 1.10Chapter 1 – Problem 11
- 1.11Chapter 1 – Problem 12
- 1.12Chapter 1 – Problem 13
- 1.13Chapter 1 – Problem 14
- 1.14Chapter 1 – Problem 15
- 1.15Chapter 1 – Problem 16
- 1.16Chapter 1 – Problem 17
- 1.17Chapter 1 – Problem 18
- 1.18Chapter 1 – Problem 19
- 1.19Chapter 1 – Problem 20
- 1.20Chapter 1 – Problem 21
- 1.21Chapter 1 – Problem 22
- 1.22Chapter 1 – Problem 23
- 1.23Chapter 1 – Problem 24
- 1.24Chapter 1 – Problem 25
- 1.25Chapter 1 – Problem 26
- 1.26Chapter 1 – Problem 27
- 1.27Chapter 1 – Problem 28
- 1.28Chapter 1 – Problem 29
- 1.29Chapter 1 – Problem 30
- Chapter 2 - Why Wave Plan Method?Chapter 2 - Why WPM?16
- 2.0Chapter 2 – Problem 1
- 2.1Chapter 2 – Problem 2
- 2.2Chapter 2 – Problem 3
- 2.3Chapter 2 – Problem 4
- 2.4Chapter 2 – Problem 5
- 2.5Chapter 2 – Problem 6
- 2.6Chapter 2 – Problem 7
- 2.7Chapter 2 – Problem 8
- 2.8Chapter 2 – Problem 9
- 2.9Chapter 2 – Problem 10
- 2.10Chapter 2 – Problem 11
- 2.11Chapter 2 – Problem 12
- 2.12Chapter 2 – Problem 13
- 2.13Chapter 2 – Problem 14
- 2.14Chapter 2 – Problem 15
- 2.15Chapter 2 – Problem 16
- Chapter 3 - What Causes Surge?Chapter 3 - What Causes Surge?12
- Chapter 4 - Effects of Surge PressuresChapter 4 - Effects of Surge Pressures7
- Chapter 5 - Surge ProtectionChapter 5 - Surge Protection16
- 5.0Chapter 5 – Problem 1
- 5.1Chapter 5 – Problem 2
- 5.2Chapter 5 – Problem 3
- 5.3Chapter 5 – Problem 4
- 5.4Chapter 5 – Problem 5
- 5.5Chapter 5 – Problem 6
- 5.6Chapter 5 – Problem 7
- 5.7Chapter 5 – Problem 8
- 5.8Chapter 5 – Problem 9
- 5.9Chapter 5 – Problem 10
- 5.10Chapter 5 – Problem 11
- 5.11Chapter 5 – Problem 12
- 5.12Chapter 5 – Problem 13
- 5.13Chapter 5 – Problem 14
- 5.14Chapter 5 – Problem 15
- 5.15Chapter 5 – Problem 16
- Chapter 6 - Air ValvesChapter 6 - Air Valves6
- Chapter 7 - Assumptions and UncertaintiesChapter 7 - Assumptions and Uncertainties10
- Appendix 0 - Prerequisite: Steady State HydraulicsAppendix 0 - Prerequisite: Steady State Hydraulics30
- 8.30Appendix 0 – Problem 31
- 8.31Appendix 0 – Problem 32
- 8.32Appendix 0 – Problem 33
- 8.33Appendix 0 – Problem 34
- 8.34Appendix 0 – Problem 35
- 8.35Appendix 0 – Problem 36
- 8.36Appendix 0 – Problem 37
- 8.37Appendix 0 – Problem 38
- 8.38Appendix 0 – Problem 39
- 8.39Appendix 0 – Problem 40
- 8.40Appendix 0 – Problem 41
- 8.41Appendix 0 – Problem 42
- 8.42Appendix 0 – Problem 43
- 8.43Appendix 0 – Problem 44
- 8.44Appendix 0 – Problem 45
- 8.45Appendix 0 – Problem 46
- 8.46Appendix 0 – Problem 47
- 8.47Appendix 0 – Problem 48
- 8.48Appendix 0 – Problem 49
- 8.49Appendix 0 – Problem 50
- 8.50Appendix 0 – Problem 51
- 8.51Appendix 0 – Problem 52
- 8.52Appendix 0 – Problem 53
- 8.53Appendix 0 – Problem 54
- 8.54Appendix 0 – Problem 55
- 8.55Appendix 0 – Problem 56
- 8.56Appendix 0 – Problem 57
- 8.57Appendix 0 – Problem 58
- 8.58Appendix 0 – Problem 59
- 8.59Appendix 0 – Problem 60
- Appendix A - Non-uniform Spatial GridAppendix A - Non-uniform Spatial Grid8
- Appendix B - MOC and its Struggles to Compete with WPMAppendix B - MOC and its Struggles to Compete with WPM17
- 10.0Appendix B – Problem 1
- 10.1Appendix B – Problem 2
- 10.2Appendix B – Problem 3
- 10.3Appendix B – Problem 4
- 10.4Appendix B – Problem 5
- 10.5Appendix B – Problem 6
- 10.6Appendix B – Problem 7
- 10.7Appendix B – Problem 8
- 10.8Appendix B – Problem 9
- 10.9Appendix B – Problem 10
- 10.10Appendix B – Problem 11
- 10.11Appendix B – Problem 12
- 10.12Appendix B – Problem 13
- 10.13Appendix B – Problem 14
- 10.14Appendix B – Problem 15
- 10.15Appendix B – Problem 16
- 10.16Appendix B – Problem 17
- Appendix C - Attenuation of PressureAppendix C - Attenuation of Pressure10
- Appendix D - Wave SpeedAppendix D - Wave Speed10
- Appendix E - Air-Water InterfaceAppendix E - Air-Water Interface15
- 13.0Appendix E – Problem 1
- 13.1Appendix E – Problem 2
- 13.2Appendix E – Problem 3
- 13.3Appendix E – Problem 4
- 13.4Appendix E – Problem 5
- 13.5Appendix E – Problem 6
- 13.6Appendix E – Problem 7
- 13.7Appendix E – Problem 8
- 13.8Appendix E – Problem 9
- 13.9Appendix E – Problem 10
- 13.10Appendix E – Problem 11
- 13.11Appendix E – Problem 12
- 13.12Appendix E – Problem 13
- 13.13Appendix E – Problem 14
- 13.14Appendix E – Problem 15
- Appendix F - Air Valves and Common MisconceptionsAppendix F - Air Valves and Common Misconceptions2
- Appendix G - Pumps and TurbinesAppendix G - Pumps and Turbines39
- 15.0Appendix G – Problem 1
- 15.1Appendix G – Problem 2
- 15.2Appendix G – Problem 3
- 15.3Appendix G – Problem 4
- 15.4Appendix G – Problem 5
- 15.5Appendix G – Problem 6
- 15.6Appendix G – Problem 7
- 15.7Appendix G – Problem 8
- 15.8Appendix G – Problem 9
- 15.9Appendix G – Problem 10
- 15.10Appendix G – Problem 11
- 15.11Appendix G – Problem 12
- 15.12Appendix G – Problem 13
- 15.13Appendix G – Problem 14
- 15.14Appendix G – Problem 15
- 15.15Appendix G – Problem 16
- 15.16Appendix G – Problem 17
- 15.17Appendix G – Problem 18
- 15.18Appendix G – Problem 19
- 15.19Appendix G – Problem 20
- 15.20Appendix G – Problem 21
- 15.21Appendix G – Problem 22
- 15.22Appendix G – Problem 23
- 15.23Appendix G – Problem 24
- 15.24Appendix G – Problem 25
- 15.25Appendix G – Problem 26
- 15.26Appendix G – Problem 27
- 15.27Appendix G – Problem 28
- 15.28Appendix G – Problem 29
- 15.29Appendix G – Problem 30
- 15.30Appendix G – Problem 31
- 15.31Appendix G – Problem 32
- 15.32Appendix G – Problem 33
- 15.33Appendix G – Problem 34
- 15.34Appendix G – Problem 35
- 15.35Appendix G – Problem 36
- 15.36Appendix G – Problem 37
- 15.37Appendix G – Problem 38
- 15.38Appendix G – Problem 39
- Appendix H - Check ValvesAppendix H - Check Valves8
Requirements
- The Supplementary Problems are intended to accompany the book "Surge Analysis and the Wave Plan Method" by Drs. Lingireddy and Wood.
- A basic understanding of hydraulics is helpful.
- A desire to understand transient hydraulics.
Features
- Chapters in this course follow the chapters in "Surge Analysis and the Wave Plan Method" by Drs. Lingireddy and Wood
Target audiences
- Engineering students in hydraulics.
- Professors of hydraulics, especially of transient hydraulics
- Professionals wishing to expand their knowledge of transient hydraulics
- Anyone interested in better understanding of transient hydraulics
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I’m looking forward to taking this course. Thanks!