NOTE: YAC refers to the Thermodynamic & Heat Transfer Book
by Yunus A Cengel
FMrefers
to the Fluid Mechanics Book by Fox & McDonald (Book is
on reserve in the engineering Library)
| Lecture Notes, YAC: Chapter 1 | Introduction to the course; Overview of relationship between Thermodyanmics, Fluid Dyanmics and heat Transfer. Examples of Thermal Systems | |
| Lecture Notes; YAC: 8.1, 8.2,8.4; 10.1-10.4; 12.1-12.4 |
Fundamentals of Thermodynamics; Heat Transfer: Conduction, Convection & Radiation | |
| Lecture Notes for week 2 and 3; FM: Chapter1 and Chapter 3: 3-1& 3-2 (4th Ed.); 3-1 through 3-3.1 (5th Ed.) |
Heat Transfer continued. Fundamentals of Fluid Mechanics:
Cons. of Mass and Momentum, Hydrostatics, Manometry |
|
| Lecture Notes for week 3 and weeks 4 & 5 FM: Chapter 8: 8-6 through 8-8.1 (both editions) YAC: Chapter 1, 4-1 through 4-2 YAC: Chapter 2; |
Losses in Pipe Flows, Wrap up Fluid Mechanics. Cons. of Energy with Heat transfer and Work Beign Thermodynamics. Propeties, Application of conservation laws (mass and energy) to simple systems. First Law: Steady State & Transient; |
|
| Lecture Notes for weeks 4 & 5 YAC: Chapter 2, 3-5 through 3-8 |
First Law: Steady State & Transient; Property Tables & Diagrams; Equation of State, Ideal Gas Law, Compressiblity Factor |
|
| Lecture Notes for weeks 6 and 7 YAC: Chapter 2; 3-5 through 3-8 |
Property Tables & Diagrams continued. (Download: How to use the tables) Types of processes, cycles, Moving Boundary Work, Properties of Ideal Gases |
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| Lecture Notes for weeks 6 and 7 YAC: Chapter 3 & 4 |
Wrap up of Properties, Processes. Examples of practical applications |
|
| Lecture Notes for week 8 YAC: Chapter 5 |
Introduction to the Second of Thermodynamics; Clausius & KelvinpPlanck Stmnts; Reversibile & Irreversible Processes; Carnot Cycles and Carnot Efficnencies. | |
| YAC: Chapter 6 | Entropy Change | |
| Week 10 | YAC: Chapter 6 | Isentropic Processes |
| Week 11 | YAC: Chapter 7 | Power and Refrigeration cycles, Types of Cycles |
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