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Fluid Mechanics - Vol 2
This chapter covers the fundamentals of flow in noncircular conduits and multiple path pipe flows, detailing key concepts such as the use of hydraulic diameters and roughness in water flow. The historical context is provided through significant experiments from the 1930s that laid the foundation for modern fluid mechanics, including the relationship between friction factors, Reynolds numbers, and wall shear stress. The chapter also explores how to quantify energy losses in varying conduit shapes and flow conditions.
22 Chapters
10 weeks
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Course Chapters
Chapter 1
Lecture - 13
Chapter 2
Equilibrium Conditions
Chapter 3
Lecture - 14: Conservation of Momentum: Example Problems
Chapter 4
Mass Conservation Equation
Chapter 5
Lecture - 15
Chapter 6
Linear Momentum Equations
Chapter 7
Fluid Kinematics
Chapter 8
Newton's Second Law
Chapter 9
Fluid Kinematics
Chapter 10
Motion and Deformation of Fluid Particle
Chapter 11
Introduction
Chapter 12
Velocity Conditions in Nozzles
Chapter 13
Dimensional Homogeneity
Chapter 14
Fluid Flow Dynamics
Chapter 15
Dimension Analysis and Similarity
Chapter 16
Forces and Shear Stress in Fluids
Chapter 17
Laminar and Turbulent Flows
Chapter 18
Introduction to Pipe Systems Design
Chapter 19
Losses in Pipe Fittings
Chapter 20
Flow Control Valves
Chapter 21
Head Losses
Chapter 22