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Hydraulic Engineering - Vol 1
The chapter covers the concepts of velocity profiles in turbulent pipe flow, distinguishing between smooth and rough pipes, and discusses physical principles of the power law velocity profile and its limitations. A method for calculating average velocity in a pipe using a specific velocity profile is detailed, exemplifying a rigorous approach for fluid mechanics problems.
22 Chapters
12 weeks
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Course Chapters
Chapter 1
Basics of Fluid Mechanics – I
Chapter 2
Basics of Fluid Mechanics- 1 (Contnd.)
Chapter 3
Basics of fluid mechanics - I (Contd.)
Chapter 4
Introduction to Barometers
Chapter 5
Basics of Fluid Mechanics- 1 (Contnd.)
Chapter 6
Fluid Statics 2 Overview
Chapter 7
Basics of fluid mechanics-I(Cont.)
Chapter 8
Basics of Fluid Mechanics – II
Chapter 9
Uniform and Non-Uniform Flows
Chapter 10
Basics of Fluid Mechanics – II (contd.,)
Chapter 11
Basics of Fluids Mechanics-II (Contd.)
Chapter 12
Basics of Fluids Mechanics-II (Contd.)
Chapter 13
Basics of fluid mechanics-II (contd.)
Chapter 14
Fluid Dynamics
Chapter 15
Conservation of Momentum
Chapter 16
Introduction to Laminar and Turbulent Flow
Chapter 17
Laminar and Turbulent Flow (Contnd.)
Chapter 18
Laminar and turbulent flow (Cond.)
Chapter 19
Laminar and Turbulent Flow (Contd.)
Chapter 20
Introduction to Turbulent Flow
Chapter 21
Hydraulic Engineering
Chapter 22