Special Lecture on Aerospace Propulsion |
MANAKO Hiroyasu |
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【Doctor's program・full year】
19-3-1044-4690 |
1. |
Outline |
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The functions and performances of the turbo-engine are studied based on the basic knowledge of thermodynamics, aerodynamics, etc.
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2. |
Objectives |
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The functions of such turbo-engine as turbojet engine, turbofan engine, turbo-prop engine and turbo-shaft engine used in the aero-propulsion systems will be studied. Students will be able to understand the characteristics and the differences of the functions of these engines.
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3. |
Grading Policy |
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Graded by evaluation of the report submitted by students.
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4. |
Textbook and Reference |
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No test is used. Prints of the schematic diagrams of the turbo-engine will be distributed when necessary.
|
5. |
Requirements (Assignments) |
|
Review the following subjects. 1.Dyanmics 2.Thermodynamics 3.Aerodynamics 4.Structural-dyanamics 5.Differentiation and integration
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6. |
Note |
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Projector will be used when necessary.
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7. |
Schedule |
|
1. Types and characteristics of the aero-engine |
2. Overview of the turbo-engine |
3. Power of the turbo-engine |
4. Efficiency of the turbo-engine |
5. General characteristics of the turbo-enigine |
6. Basic components of the turbo-engine: Basic structure |
7. Basic components of the turbo-engine: Air-inlet and Compressor |
8. Basic components of the turbo-engine: Combustion chamber and the Turbine(1) |
9. Basic components of the turbo-engine: Turbine(2) and Exhaust subsystem |
10. Fuels and Lubricants |
11. Compressor stall (surge) |
12. Flutter of blades |
13. Accessories of the turbo-engine:Fuel subsystem |
14. Accessories of the turbo-engine:Control subsystem |
15. Materials applied to turbo-engine |
|
1. |
Outline |
|
The functions and performances of the turbo-engine are studied based on the basic knowledge of thermodynamics, aerodynamics, etc.
|
2. |
Objectives |
|
The functions of such turbo-engine as turbojet engine, turbofan engine, turbo-prop engine and turbo-shaft engine used in the aero-propulsion systems will be studied. Students will be able to understand the characteristics and the differences of the functions of these engines.
|
3. |
Grading Policy |
|
Graded by evaluation of the report submitted by students.
|
4. |
Textbook and Reference |
|
No test is used. Prints of the schematic diagrams of the turbo-engine will be distributed when necessary.
|
5. |
Requirements (Assignments) |
|
Review the following subjects. 1.Dyanmics 2.Thermodynamics 3.Aerodynamics 4.Structural-dyanamics 5.Differentiation and integration
|
6. |
Note |
|
Projector will be used when necessary.
|
7. |
Schedule |
|
1. Types and characteristics of the aero-engine |
2. Overview of the turbo-engine |
3. Power of the turbo-engine |
4. Efficiency of the turbo-engine |
5. General characteristics of the turbo-enigine |
6. Basic components of the turbo-engine: Basic structure |
7. Basic components of the turbo-engine: Air-inlet and Compressor |
8. Basic components of the turbo-engine: Combustion chamber and the Turbine(1) |
9. Basic components of the turbo-engine: Turbine(2) and Exhaust subsystem |
10. Fuels and Lubricants |
11. Compressor stall (surge) |
12. Flutter of blades |
13. Accessories of the turbo-engine:Fuel subsystem |
14. Accessories of the turbo-engine:Control subsystem |
15. Materials applied to turbo-engine |
|
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