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Instructor

Ian Waitz ±Ð±Â
Prof. Ian Waitz

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Learning Objectives

16.01-16.02 ¼ö¤O¾Ç (PDF)
16.01-16.02 Thermodynamics (PDF)

16.03-16.04 ±À¶i (PDF)
16.03-16.04 Propulsion (PDF)

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Featured Video Lecture

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Additional Resources


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Table Organization

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THERMODYNAMICS

2003¦~¬î©u¯Z16.01-16.02
16.01-16.02, FALL 2003
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Week 1
T1 ½Òµ{²¤¶»P¼ö¤O¾Ç·§©À
Course Introduction and Thermodynamic Concepts
T1 ·§©À°ÝÃD
T1 Concept Questions

Q1 (PDF)
Q2 (PDF)
T1 Ãø¸Ñ³B
T1 Mud

2003
2002
2000
½Òµ{²¤¶»P¼ö¤O¾Ç·§©À
Course Introduction and Thermodynamic Concepts
°ÝÃD T1 (PDF)
Problem T1 (PDF)

ÃD¸Ñ T1 (PDF)
Solution T1 (PDF)
T2 ¼ö»P¥\¹ï¨t²Îª¬ºA¤§§ïÅÜ
Changing the State of a System with Heat and Work
T2·§©À°ÝÃD
T2 Concept Questions
Q1 (PDF)
Q2 (PDF)
T2 Ãø¸Ñ³B
T2 Mud

2003
2002
2000
¼ö»P¤u¹ï¨t²Îª¬ºA¤§§ïÅÜ
Changing the State of a System with Heat and Work
°ÝÃDT2 (PDF)
Problem T2 (PDF)

ÃD¸ÑT2 (PDF)
Solution T2 (PDF)
²Ä2¶g
Week 2
T3 §¹¦¨ª¬ºA§ïÅÜ¡A¶}©l²Ä¤@©w«ß
Finishing State Changes, Starting First Law
T3·§©À°ÝÃD
T3 Concept Questions

Q1 (PDF)
Q2 (PDF)
T3 Ãø¸Ñ³B
T3 Mud

2003
2002
2000
¼ö¤O¾Ç²Ä¤@«ß, ²Ä I »P II¬q
First Law of Thermodynamics, Sections I and II
°ÝÃD T3 (PDF)
Problem T3 (PDF)

ÃD¸Ñ T3 (PDF)
Solution T3 (PDF)
T4 ²Ä¤@«ß
First Law
T4·§©À°ÝÃD
T4 Concept Questions

Q1 (PDF)
Q2 (PDF)
T4 Ãø¸Ñ³B
T4 Mud

2003
2002
2000
¼ö¤O¾Ç²Ä¤@«ß, ²ÄI»P II¬q
First Law of Thermodynamics, Sections I and II
°ÝÃD T4 (PDF)
Problem T4 (PDF)

ÃD¸Ñ T4 (PDF)
Solution T4 (PDF)
T5 ²Ä¤@«ß¡Aæi,¤ñ¼ö
First Law, Enthalpy, Specific Heats
T5·§©À°ÝÃD
T5 Concept Questions

Q1 (PDF)
Q2 (PDF)
Q3 (PDF)
T5 Ãø¸Ñ³B
T5 Mud

2003
2002
2000
¼ö¤O¾Ç²Ä¤@«ß, ²ÄIII, IV, V¬q
First Law of Thermodynamics, Sections III, IV, V
°ÝÃD T5 (PDF)
Problem T5 (PDF)

ÃD¸Ñ T5 (PDF)
Solution T5 (PDF)
T6 ²Ä¤@«ß¡Aæi,¤ñ¼ö¼ö¦¡¤ÞÀº¤¶²Ð
First Law, Enthalpy, Specific Heats, Introduction to Heat Engines
T6·§©À°ÝÃD
T6 Concept Questions

Q1 (PDF)
T6 Ãø¸Ñ³B
T6 Mud

2003
2002
2000
²Ä¤@«ß¹B¥Î©ó¼ö¦¡¤ÞÀº
Applications of the First Law to Heat Engines
°ÝÃD T6 (PDF)
Problem T6 (PDF)
ÃD¸Ñ T6 (PDF)
Solution T6 (PDF)
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Week 3
T7 ¼ö¦¡¤ÞÀº (Äò)
Heat Engines (cont.)
T7·§©À°ÝÃD
T7 Concept Questions

Q1 (PDF)
T7 Ãø¸Ñ³B
T7 Mud

2003
2002
2000
²Ä¤@«ß¹B¥Î©ó¼ö¦¡¤ÞÀº
Applications of the First Law to Heat Engines
°ÝÃD T7 (PDF)
Problem T7 (PDF)

ÃD¸Ñ T7 (PDF)
Solution T7 (PDF)
T8 í¬y»P¯à¶q¤èµ{¦¡
Steady Flow Energy Equation
T8·§©À°ÝÃD
T8 Concept Questions

Q1 (PDF)
Q2 (PDF)
T8 Ãø¸Ñ³B
T8 Mud

2003
2002
2000
í©w¬y¸ô»P¯à¶q¤èµ{¦¡, ²ÄI.A¬q
Steady Flow Energy Equation, Section I.A
°ÝÃD T8 (PDF)
Problem T8 (PDF)

ÃD¸Ñ T8 (PDF)
Solution T8 (PDF)
T9 ¶b¥\»P¬y¥\
Shaft Work and Flow Work
T9·§©À°ÝÃD
T9 Concept Questions

Q1 (PDF)
Q2 (PDF)
Q3 (PDF)
T9 Ãø¸Ñ³B
T9 Mud

2003
2002
2000
í©w¬y¸ô¯à¶q¤èµ{¦¡,²ÄI.A¬q
Steady Flow Energy Equation, Section I.A
°ÝÃD T9 (PDF)
Problem T9 (PDF)
ÃD¸Ñ T9 (PDF)
Solution T9 (PDF)
T10 °±º¢ÂI­p¶q
Stagnation Quantities
T10·§©À°ÝÃD
T10 Concept Questions

Q1 (PDF)
Q2 (PDF)
Q3 (PDF)
T10 Ãø¸Ñ³B
T10 Mud

2003
2002
2000
í©w¬y¸ô¹B°Ê¤èµ{¦¡,²ÄI.B-I.C¬q
Steady Flow Energy Equation, Section I.B-I.C
°ÝÃD T10 (PDF)
Problem T10 (PDF)

ÃD¸Ñ T10 (PDF)
Solution T10 (PDF)
²Ä4¶g
Week 4
T11 ¥i°f»P¤£¥i°f¹Lµ{
Reversible and Irreversible Processes
T11·§©À°ÝÃD
T11 Concept Questions

Q1 (PDF)
Q2 (PDF)
Q3 (PDF)
Q4 (PDF)
T11 Ãø¸Ñ³B
T11 Mud

2003
2002
2000
¥i°f»P¤£¥i°f¹Lµ{, æi, »P²Ä¤G«ß¤¶²Ð, ²ÄI¬q
Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Section I
°ÝÃD T11 (PDF)
Problem T11 (PDF)

ÃD¸Ñ T11 (PDF)
Solution T11 (PDF)
T12 æi
Entropy
T12 Ãø¸Ñ³B
T12 Mud

2003
2002
2000
¥i°f»P¤£¥i°f¹Lµ{,æi »P ²Ä¤G«ß¤¶²Ð, ²ÄII©M III¬q
Reversible and Irreversible Processes, Entropy, and Introduction to the Second Law, Sections II and III
°ÝÃD T12 (PDF)
Problem T12 (PDF)

ÃD¸Ñ T12 (PDF)
Solution T12 (PDF)
±À¶i¤O¾Ç
PROPULSION

2004¦~¬K©u¯Z16.03-16.04
16.03-16.04, SPRING 2004
²Ä8¶g
Week 8
P1 ±À¶i¤O¾Ç¤¶²Ð»P¿n¤À°Ê¶q¤èµ{¦¡
Introduction to Propulsion and the Integral Momentum Equation
P1·§©À°ÝÃD
P1 Concept Questions

Q1 (PDF)
Q2 (PDF)
P1 Ãø¸Ñ³B
P1 Mud

2004
2003
2002

±À¶i¤O¾Ç¤¶²Ð©M¿n¤À°Ê¶q©w²z
Introduction to Propulsion and Integral Momentum Theorem

CFM56-3 ¹Ï¥Ü (PDF)
CFM56-3 Diagrams (PDF)

°ÝÃD P1 (PDF)
Problem P1 (PDF)

ÃD¸Ñ P1 (PDF)
Solution P1 (PDF)
²Ä9¶g
Week 9
P2 ¿n¤À°Ê¶q¤èµ{¦¡
Integral Momentum Equation
P2·§©À°ÝÃD
P2 Concept Questions

Q1 (PDF)
P2 Ãø¸Ñ³B
P2 Mud
2004
2003
2002
¿n¤À°Ê¶q©w²z
Integral Momentum Theorem
°ÝÃD P2 (PDF)
Problem P2 (PDF)

ÃD¸Ñ P2 (PDF)
Solution P2 (PDF)
P3 °Ê¶q©w²z¤§¹B¥Î¡A©w¸q»P®Ä²v
Applications of the Momentum Theorem, Definition of Efficiencies
P3·§©À°ÝÃD
P3 Concept Questions

Q1 (PDF)
Q2 (PDF)
P3 Lecture Slides (PDF)
P3 Ãø¸Ñ³B
P3 Mud
2004
2003
2002
¿n¤À°Ê¶q©w²z©M­¸¾÷¤ÞÀº¤§®Ä²v
Integral Momentum Theorem and Efficiencies of A/C Engines
°ÝÃD P3 (PDF)
Problem P3 (PDF)

ÃD¸Ñ P3 (PDF)
Solution P3 (PDF)
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Week 10
P4 ­¸¾÷©Ê¯à©M¥ô°È»Ý¨D»P±À¶i¤O¾Ç¤§Ãö«Y
Aircraft Performance and Mission Requirements, Relationship with Propulsion
P4·§©À°ÝÃD
P4 Concept Questions

Q1 (PDF)
Q2 (PDF)
P4 Ãø¸Ñ³B
P4 Mud
2004
2003
2002
­¸¾÷©Ê¯à
Aircraft Performance

°ÝÃD P4 (PDF)
Problem P4 (PDF)

ÃD¸Ñ P4 (PDF)
Solution P4 (PDF)

P5 ¤õ½b©Ê¯à
Rocket Performance
P5·§©À°ÝÃD
P5 Concept Questions

Q1 (PDF)
Q2 (PDF)
P5 Ãø¸Ñ³B
P5 Mud
2004
2003
2002
¤õ½b©Ê¯à
Rocket Performance

°ÝÃD P5 (PDF)
Problem P5 (PDF)

ÃD¸Ñ P5 (PDF)
Solution P5 (PDF)

²Ä11¶g
Week 11
P6 ¤õ½b©Ê¯à©M¤ÞÀº³]­p°Ñ¼Æ¤§Ãö³s©Ê
Rocket Performance and Connection to Engine Design Parameters
P6·§©À°ÝÃD
P6 Concept Questions

Q1 (PDF)
P6 Ãø¸Ñ³B
P6 Mud

2003
2002

¤õ½b¼Q¼L: ¬y¸ô´X¦ó§Îª¬¤§Ãö³s
Rocket Nozzles: Connection to Flow of Geometry

°ÝÃD P6 (PDF)
Problem P6 (PDF)

ÃD¸Ñ P6 (PDF)
Solution P6 (PDF)
P7 ®ðÅé´õ½ü¤ÞÀº¤§´`Àô¤ÀªR
Cycle Analysis of a Gas Turbine Engine
P7·§©À°ÝÃD
P7 Concept Questions

Q1 (PDF)
Q2 (PDF)
P7 Ãø¸Ñ³B
P7 Mud

2003
2002
­¸¾÷®ðÅé´õ½ü¤ÞÀº¤§²z·Q´`Àô¤ÀªR
Ideal Cycle Analysis of Aircraft Gas Turbine Engines
°ÝÃD P7 (PDF)
Problem P7 (PDF)

ÃD¸Ñ P7 (PDF)
Solution P7 (PDF)
²Ä12¶g
Week 12
P8 ¹B°Ê¤¤¸­¤ù¤§¯à¶q¥æ´«
Energy Exchange with Moving Blades
P8·§©À°ÝÃD
P8 Concept Questions

Q1 (PDF)
Q2 (PDF)
P8 Ãø¸Ñ³B
P8 Mud

2003
2002
Energy Exchange with Moving Blades °ÝÃD P8 (PDF)
Problem P8 (PDF)

ÃD¸Ñ P8 (PDF)
Solution P8 (PDF)
P9 ¹B°Ê¤¤¸­¤ù¤§¯à¶q¥æ´«
Energy Exchange with Moving Blades

±Ð¾Ç¼v¤ù
Video

(RM - 56K) (RM - 80K) (RM - 220K)
P9·§©À°ÝÃD
P9 Concept Questions

Q1 (PDF)
Q2 (PDF)
P9 Ãø¸Ñ³B
P9 Mud

2003

¹B°Ê¸­¤ù¤§¯à¶q¥æ´«
Energy Exchange with Moving Blades

¸­¤ù¤ÀªR¤§³t«×¤T¨¤Ãö«YÁ¿¸q (PDF)
Velocity Triangle Handouts (PDF)

°ÝÃD P9 (PDF)
Problem P9 (PDF)

ÃD¸Ñ P9 (PDF)
Solution P9 (PDF)


¼ö¤O¾Ç¸É¥R¾\Ū¸ê®Æ (2003¬î©u¯Z16.01-02)
Additional Resources for Thermodynamics (16.01-02, Fall 2003)

±Ð¾Ç¸É¥R¸ê®Æ: 2003¦~¬î©u¤Ï«ä³Æ§Ñ¿ý
Pedagogical Resource: Reflective Memo from Fall 2003

½Òµ{¤¤©Ò¥Î¤§¤èµ{¦¡»P¤½¦¡¤â¥U (PDF)
Compendium of Equations used in the Course (PDF)

·§©À°ÝÃD¤j¥þ
All Concept Questions


 
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