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Hydraulic Engineering - Vol 2
The chapter focuses on pipe networks and evaluates factors affecting fluid flow through pipes, particularly the calculation of head loss due to friction. The importance of friction factors and how they relate to Reynolds number and relative roughness is discussed, with a highlight on using the Moody chart and empirical formulas. Additionally, it covers the significant differences between major and minor losses in pipe flow.
28 Chapters
12 weeks
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Course Chapters
Chapter 1
Boundary Layer Theory
Chapter 2
Boundary Layer Transition
Chapter 3
Boundary Layer Theory (Contd.,)
Chapter 4
Boundary Layer Theory (Contd.,)
Chapter 5
Boundary Layer Theory (Contd..)
Chapter 6
Boundary Layer Theory (Contd..)
Chapter 7
Boundary Layer Theory (Contd..)
Chapter 8
Introduction to Dimensional Analysis
Chapter 9
Dimensional Analysis and Hydraulic Similitude (Contd.,)
Chapter 10
Dimensional Analysis and Hydraulic Similitude (Contd.,)
Chapter 11
Dimensional Analysis and Hydraulic Similitude (Contd.,)
Chapter 12
Dimensional Analysis and Hydraulic Similitude (Contd.,)
Chapter 13
Introduction to Open Channel Flow and Uniform Flow
Chapter 14
Introduction to Open Channel Flow and Uniform Flow (Contd.,)
Chapter 15
Introduction to Open Channel Flow and Uniform Flow (Contd.)
Chapter 16
Introduction to Open Channel Flow and Uniform Flow (Contd.)
Chapter 17
Introduction to Open Channel Flow and Uniform Flow (Contnd.)
Chapter 18
Introduction to Open Channel Flow and Uniform Flow (Contind.)
Chapter 19
Non-Uniform Flow and Hydraulic Jump
Chapter 20
Non-Uniform Flow and Hydraulic Jump (Contd.)
Chapter 21
Non-Uniform Flow and Hydraulic Jump (Contd.)
Chapter 22
Non-Uniform Flow and Hydraulic Jump (Contd.)
Chapter 23
Pipe flow
Chapter 24
Pipe flow (Contd)
Chapter 25
Pipe Flow (Contd.,)
Chapter 26
Pipe flow (Contd)
Chapter 27
Pipe Flow (Contd.)
Chapter 28