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유체역학 Homework 2010 년도 봄학기

유체역학 Homework 2010 년도 봄학기. 환경공학과 20080029 김민진. Ch.1 Fluid Properties. 1. Search any information or topics about Fluid Mechanics in Internet such as application, theory, or any kind of programs (computer models). Submit reports, and eStream results.

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유체역학 Homework 2010 년도 봄학기

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  1. 유체역학Homework2010년도 봄학기 환경공학과 20080029 김민진

  2. Ch.1Fluid Properties

  3. 1. Search any information or topics about Fluid Mechanics in Internet such as application, theory, or any kind of programs (computer models). Submit reports, and eStream results.

  4. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.1) Newton's 1st law of viscosity.

  5. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.2) Unit (SI and English Units : force, Atmospheric Pressure)

  6. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.3) Law of Perfect Gas

  7. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.4) Vapour Pressure

  8. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.5) Surface Tension and Capillary Phenomena : Search the information in the internet and submit the results.

  9. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.6) Explain the variation of viscosity with temperature and the unit of viscosity

  10. 2. Submit the explanation of the class contents of this chapter similar to the works of former students.7) Solve the example problem of 1.2 including coding

  11. Ch.2 Fluid Statics

  12. 1. 정지유체내의 임의 점에 작용하는 압력은 모든 방향에 대하여 동일한 값을 갖는다는 것을 증명하라.

  13. 2. 압력에 대한 식을 다음의 2가지 방법으로 설명하라.1) 오일러 방정식을 유도하여 압력식을 설명하는 방법.2) 물의 무게로부터 압력식을 유도하는 방법

  14. 3. 표준대기에서 압력식을 유도하라.

  15. 4. Explain the theory and relevant equation of micromanometer.

  16. 5. 다음과 같이 간단한 면적들에 대한 관성모멘트를 구하라.

  17. 6. 경사진 면에 대하여 x, y축에 대한 압력중심을 유도하라.

  18. 7. 압력프리즘을 이용하여 합력의 크기와 작용점을 구하는 방법을 설명하라.

  19. 8. 인터넷에서 직교좌표계, 원기둥좌표계, 구좌표계 등이 정의에 대한 정보를 검색하여 설명하라.

  20. 9. 다음 그림과 선형등가속도 운동을 가지는 유체에 대하여 자유수표면에 대한 식을 유도하라.

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