Exercises in Aerospace Engineering2

KAWAMURA, Masaaki
  Requisites  1 credits
【Aerospace Engineering・2nd semester】
17-1-0327-2993

1.
Outline
In class, students will work through exercises after a lecture given by the teacher. The fields covered in this course are:
1. Fundamentals on differentials and integrals, differential equations
2. English exercise: TOEIC questions
3. Fluid dynamics: non-compressible and compressible
4. Outline of rocketry: Tsiolkovsky's equation, discharge and thrust coefficient
5. Systems engineering techniques
6. Vibration engineering: one/multiple-degree-of-freedom system, Lagrange's equation
7. Design of aircraft structures: fracture mode, strength and design of shear joints
Students are required to attend most classes and to hand in the answer sheets of all exercises.
2.
Objectives
The main objective is for students to acquire basic academic skills and ability helpful in meeting real-world requirements and in passing various exams for qualifications and employment.
1.
Outline
In class, students will work through exercises after a lecture given by the teacher. The fields covered in this course are:
1. Fundamentals on differentials and integrals, differential equations
2. English exercise: TOEIC questions
3. Fluid dynamics: non-compressible and compressible
4. Outline of rocketry: Tsiolkovsky's equation, discharge and thrust coefficient
5. Systems engineering techniques
6. Vibration engineering: one/multiple-degree-of-freedom system, Lagrange's equation
7. Design of aircraft structures: fracture mode, strength and design of shear joints
Students are required to attend most classes and to hand in the answer sheets of all exercises.
2.
Objectives
The main objective is for students to acquire basic academic skills and ability helpful in meeting real-world requirements and in passing various exams for qualifications and employment.
3.
Grading Policy

4.
Textbook and Reference

5.
Requirements (Assignments)

6.
Note

7.
Schedule
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