Thermo-Fluids 2 Lectures

Fall 2006 Section Lectures

Material for Exam #1:

· Lecture 1: Course Introduction Work & The First law of Thermodynamics

· Lecture 2: Conservation Laws

· Lecture 3: Cycles & Efficiencies

· Lecture 4: Entropy & Carnot Cycle

· Lecture 4b-Continue: Entropy & Carnot Cycle

· Lecture 5: Isentropic Efficiency and Example Problems

· Lecture 6: Rankine Cycle

· Lecture 7: Rankine Cycle with Superheat and Reheat

· Lecture 8a: Refrigeration Cycle The Vapor compression Cycle

· Lecture 8b: Refrigeration and Heat Pump Cycle Continue:The Vapor compression Cycle Analysis

· Lecture 8: Brayton Cycle

· Lecture 9: Brayton Cycle: Continue

Material for Exam #2:

· Lecture 11: 1-D Heat Transfer: Heat Exchangers

· Lecture 13: Heat Transfer by Convection

· Lecture 14: Convection Heat Transfer and Fully Developed Flows

· Lecture 15: Heat Exchangers & LMTD

Material for Exam #3:

· Lecture 15: Radiation Heat Transfer

· Lecture 16: Radiation Heat Transfer: Spectral Properties

· Lecture 17: Radiation Heat Transfer: Spectral Properties Continue S

· Lecture 18: Transient Heat Conduction

Notes for 1-D, 2-D, 3-D Transient Heat Conduction will be provided in class.

Final Exam Include Previous Materials and Following New Topics:

· Lecture 19: Heat Equation and Its Solution

· Lecture 20: Navier-Stokes Equation

· Lecture 21: Exact Solutions to NS Equations

· Lecture 21: Dimensional Analysis

· Lecture 10: Otto Cycle

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