### Instructor

Prof. Ian Waitz

### Learning Objectives

16.01-16.02 Thermodynamics (PDF)

16.03-16.04 Propulsion (PDF)

### Sample Lecture

#### Sample Lecture P9: Energy Exchange with Moving Blades

### Thermodynamics, 16.01-16.02

LEC # | TOPICS | CONCEPT QUESTIONS | MUDDY POINTS | READINGS | ASSIGNMENTS / SOLUTIONS |
---|---|---|---|---|---|

T1 | Course Introduction and Thermodynamic Concepts |
Q1 (PDF)
Q2 (PDF) |
2003 2002 2000 |
Course Introduction and Thermodynamic Concepts |
Problem T1 (PDF)
Solution T1 (PDF) |

T2 | Changing the State of a System with Heat and Work |
Q1 (PDF)
Q2 (PDF) |
2003 2002 2000 |
Changing the State of a System with Heat and Work |
Problem T2 (PDF)
Solution T2 (PDF) |

T3 | State Changes, First Law |
Q1 (PDF)
Q2 (PDF) |
2003 2002 2000 |
First Law of Thermodynamics, Sections I and II |
Problem T3 (PDF)
Solution T3 (PDF) |

T4 | First Law (cont.) |
Q1 (PDF)
Q2 (PDF) |
2003 2002 2000 |
First Law of Thermodynamics, Sections I and II |
Problem T4 (PDF)
Solution T4 (PDF) |

T5 | First Law, Enthalpy, Specific Heats |
Q1 (PDF)
Q2 (PDF) Q3 (PDF) |
2003 2002 2000 |
First Law of Thermodynamics, Sections III, IV, V |
Problem T5 (PDF)
Solution T5 (PDF) |

T6 | First Law, Enthalpy, Specific Heats, Introduction to Heat Engines | Q1 (PDF) |
2003 2002 2000 |
Applications of the First Law to Heat Engines |
Problem T6 (PDF)
Solution T6 (PDF) |

T7 | Heat Engines (cont.) | Q1 (PDF) |
2003 2002 2000 |
Applications of the First Law to Heat Engines |
Problem T7 (PDF)
Solution T7 (PDF) |

T8 | Steady Flow Energy Equation |
Q1 (PDF)
Q2 (PDF) |
2003 2002 2000 |
Steady Flow Energy Equation, Section I.A |
Problem T8 (PDF)
Solution T8 (PDF) |

T9 | Shaft Work and Flow Work |
Q1 (PDF)
Q2 (PDF) Q3 (PDF) |
2003 2002 2000 |
Steady Flow Energy Equation, Section I.A |
Problem T9 (PDF)
Solution T9 (PDF) |

T10 | Stagnation Quantities |
Q1 (PDF)
Q2 (PDF) Q3 (PDF) |
2003 2002 2000 |
Steady Flow Energy Equation, Section I.B-I.C |
Problem T10 (PDF)
Solution T10 (PDF) |

T11 | Reversible and Irreversible Processes |
Q1 (PDF)
Q2 (PDF) Q3 (PDF) Q4 (PDF) |
2003 2002 2000 |
Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Section I |
Problem T11 (PDF)
Solution T11 (PDF) |

T12 | Entropy |
2003 2002 2000 |
Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Sections II and III |
Problem T12 (PDF)
Solution T12 (PDF) |

### Propulsion, 16.03-16.04

LEC # | TOPICS | CONCEPT QUESTIONS | MUDDY POINTS | READINGS | ASSIGNMENTS / SOLUTIONS |
---|---|---|---|---|---|

P1 | Introduction to Propulsion and the Integral Momentum Equation |
Q1 (PDF)
Q2 (PDF) |
2004 2003 2002 |
Introduction to Propulsion and Integral Momentum Theorem
CFM56-3 Diagrams (PDF) |
Problem P1 (PDF)
Solution P1 (PDF) |

P2 | Integral Momentum Equation | Q1 (PDF) |
2004 2003 2002 |
Integral Momentum Theorem |
Problem P2 (PDF)
Solution P2 (PDF) |

P3 | Applications of the Momentum Theorem, Definition of Efficiencies |
Q1 (PDF)
Q2 (PDF) P3 Lecture Slides (PDF) |
2004 2003 2002 |
Integral Momentum Theorem and Efficiencies of A/C Engines |
Problem P3 (PDF)
Solution P3 (PDF) |

P4 | Aircraft Performance and Mission Requirements, Relationship with Propulsion |
Q1 (PDF)
Q2 (PDF) |
2004 2003 2002 |
Aircraft Performance |
Problem P4 (PDF)
Solution P4 (PDF) |

P5 | Rocket Performance |
Q1 (PDF)
Q2 (PDF) |
2004 2003 2002 |
Rocket Performance |
Problem P5 (PDF)
Solution P5 (PDF) |

P6 | Rocket Performance and Connection to Engine Design Parameters | Q1 (PDF) |
2003 2002 |
Rocket Nozzles: Connection to Flow of Geometry |
Problem P6 (PDF)
Solution P6 (PDF) |

P7 | Cycle Analysis of a Gas Turbine Engine |
Q1 (PDF)
Q2 (PDF) |
2003 2002 |
Ideal Cycle Analysis of Aircraft Gas Turbine Engines |
Problem P7 (PDF)
Solution P7 (PDF) |

P8 | Energy Exchange with Moving Blades |
Q1 (PDF)
Q2 (PDF) |
2003 2002 |
Energy Exchange with Moving Blades |
Problem P8 (PDF)
Solution P8 (PDF) |

P9 | Energy Exchange with Moving Blades |
Q1 (PDF)
Q2 (PDF) |
2003 |
Energy Exchange with Moving Blades
Velocity Triangle Handouts (PDF) |
Problem P9 (PDF)
Solution P9 (PDF) |

### Additional Resources for Thermodynamics (16.01-02)

Pedagogical Resource: Reflective Memo from Fall 2003

Compendium of Equations used in the Course (PDF)