文档介绍：CV2601/G263 : Fluid Mechanics
Dr Chiew Yee Meng, Lecturer/Course Coordinator
Office : N1-1b-53
Tel : 67905256
Email : ******@
Dr Shuy Eng Ban, Lecturer
Office : N1-1a-23
Tel : 67905326
Email : ******@
TEXT
Munson, B R, Young, D F and Okiishi, T H, Fundamentals of Fluid Mechanics, 4th Edition, John Wiley & Son, 2002
REFERENCES
Shames IH, Mechanics of Fluids, 3rd Edition, McGraw-Hill, 1992.
Potter MC and Wiggert DC, Mechanics of Fluids, Prentice Hall, 1991.
Course Outline Fluid Mechanics 12 hrs lectures, 5 Tutorials, 1 Quiz
Course Outline Hydraulics 14 hrs lectures, 5 Tutorials, 1 Quiz
Assessment
CA (2 quizes) : Up to 30 %
Final Examination : At least 70 %
Do Not Skip Lectures
Highlight Important Topics/Concepts/Equation
Solve Additional Examples and Past Year Questions
10 Tutorials, Start on Week 2
Tutorials 1 to 4
Quiz 1
Tutorials 5 to 9
Quiz 2
Tutorial 10
Why Study Fluid Mechanics ?
For Civil Engineers :
Water Supply : Dams, reservoirs, Treatment and work systems
Drainage and Irrigation Systems : Open Channel Hydraulics
Environmental Hydraulics : Sewerage Systems, Pollutant Dispersion Modelling in Air and Water
For Mechanical Engineers :
Aerodynamics – Airfoil design, Lift and Drag, CFD
Rotodynamic Machinery – Pumps and Turbines
Hydraulic/Pneumatic Control Systems
Industrial Hydraulics : Piping Systems – Gas and Oil Industries
What is Fluid ?
Three States of Matter :
Solid
Fluids :
Liquid
Gas
Solids :
Shear Strain = function of Stress
Body recovers when stress is removed
Fluids :
Deform continuously when subjected to shear stress
Rate of Shear Strain = function of Shear stress
Body does not recover when stress is removed
Differences Between Liquids and Gases
Liquids
Practically pressible
Has a finite volume at given pressure and temperature
Gases
pressible
Always expands to fill up container
What is Fluid Mechanics ?
Application of principles of mechanics to fluid motion :
Conservation Laws : Mass, Energy, Momentum
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