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Thermo Propulsion



Thermo./Propulsion

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Instructor


Prof. Ian Waitz



Learning Objectives


16.01-16.02 Thermodynamics (PDF)

16.03-16.04 Propulsion (PDF)

Featured Video Lecture

Additional Resources

Table Organization



Thermodynamics, 16.01-16.02



LEC #TOPICSCONCEPT QUESTIONSMUDDY POINTSREADINGSASSIGNMENTS / SOLUTIONS
T1Course Introduction and Thermodynamic ConceptsQ1 (PDF)

Q2 (PDF)		2003
2002
2000 		Course Introduction and Thermodynamic ConceptsProblem T1 (PDF)

Solution T1 (PDF)
T2Changing the State of a System with Heat and WorkQ1 (PDF)

Q2 (PDF)		2003
2002
2000		Changing the State of a System with Heat and WorkProblem T2 (PDF)

Solution T2 (PDF)#
T3State Changes, First LawQ1 (PDF)

Q2 (PDF)		2003
2002
2000		First Law of Thermodynamics, Sections I and IIProblem T3 (PDF)

Solution T3 (PDF)#
T4First Law (cont.)Q1 (PDF)

Q2 (PDF)		2003
2002
2000		First Law of Thermodynamics, Sections I and IIProblem T4 (PDF)

Solution T4 (PDF)#
T5First Law, Enthalpy, Specific HeatsQ1 (PDF)

Q2 (PDF)

Q3 (PDF)		2003
2002
2000		First Law of Thermodynamics, Sections III, IV, VProblem T5 (PDF)

Solution T5 (PDF)
T6First Law, Enthalpy, Specific Heats, Introduction to Heat EnginesQ1 (PDF)2003
2002
2000		Applications of the First Law to Heat EnginesProblem T6 (PDF)

Solution T6 (PDF)#
T7Heat Engines (cont.)Q1 (PDF)2003
2002
2000		Applications of the First Law to Heat EnginesProblem T7 (PDF)

Solution T7 (PDF)#
T8Steady Flow Energy EquationQ1 (PDF)

Q2 (PDF)		2003
2002
2000		Steady Flow Energy Equation, Section I.AProblem T8 (PDF)

Solution T8 (PDF)#
T9Shaft Work and Flow WorkQ1 (PDF)

Q2 (PDF)

Q3 (PDF)		2003
2002
2000		Steady Flow Energy Equation, Section I.AProblem T9 (PDF)

Solution T9 (PDF)#
T10Stagnation QuantitiesQ1 (PDF)

Q2 (PDF)

Q3 (PDF)		2003
2002
2000		Steady Flow Energy Equation, Section I.B-I.CProblem T10 (PDF)

Solution T10 (PDF)#
T11Reversible and Irreversible ProcessesQ1 (PDF)

Q2 (PDF)

Q3 (PDF)

Q4 (PDF)		2003
2002
2000		Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Section IProblem T11 (PDF)

Solution T11 (PDF)#
T12Entropy2003
2002
2000		Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Sections II and IIIProblem T12 (PDF)

Solution T12 (PDF)#



Propulsion, 16.03-16.04



LEC #TOPICSCONCEPT QUESTIONSMUDDY POINTSREADINGSASSIGNMENTS / SOLUTIONS
P1Introduction to Propulsion and the Integral Momentum EquationQ1 (PDF)

Q2 (PDF)		2004
2003
2002		Introduction to Propulsion and Integral Momentum Theorem

CFM56-3 Diagrams (PDF)#		Problem P1 (PDF)

Solution P1 (PDF)#
P2Integral Momentum EquationQ1 (PDF)2004
2003
2002		Integral Momentum TheoremProblem P2 (PDF)

Solution P2 (PDF)#
P3Applications of the Momentum Theorem, Definition of EfficienciesQ1 (PDF)

Q2 (PDF)

P3 Lecture Slides (PDF)		2004
2003
2002		Integral Momentum Theorem and Efficiencies of A/C EnginesProblem P3 (PDF)

Solution P3 (PDF)#
P4Aircraft Performance and Mission Requirements, Relationship with PropulsionQ1 (PDF)

Q2 (PDF)		2004
2003
2002		Aircraft PerformanceProblem P4 (PDF)

Solution P4 (PDF)#
P5Rocket PerformanceQ1 (PDF)

Q2 (PDF)		2004
2003
2002		Rocket PerformanceProblem P5 (PDF)

Solution P5 (PDF)#
P6Rocket Performance and Connection to Engine Design ParametersQ1 (PDF)2003
2002		Rocket Nozzles: Connection to Flow of GeometryProblem P6 (PDF)

Solution P6 (PDF)#
P7Cycle Analysis of a Gas Turbine EngineQ1 (PDF)

Q2 (PDF)		2003
2002		Ideal Cycle Analysis of Aircraft Gas Turbine EnginesProblem P7 (PDF)

Solution P7 (PDF)#
P8Energy Exchange with Moving BladesQ1 (PDF)

Q2 (PDF)		2003
2002		Energy Exchange with Moving BladesProblem P8 (PDF)

Solution P8 (PDF)#
P9Energy Exchange with Moving Blades

Video
(RM - 56K) (RM - 80K) (RM - 220K)		Q1 (PDF)

Q2 (PDF)		2003Energy 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)

All Concept Questions


 








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