검색어 입력폼

# 대류 열전달 실험

저작시기 2016.03 |등록일 2017.03.25 MS 워드 (docx) | 11페이지 | 가격 2,000원

## 목차

1. Heat transfer modes
2. The heat transfer coefficient (film coefficient)
3. Dimensionless number
4. Boundary layer
5. Pitot tube
6.Thermal conductivityapplications
7. Experimental Result
8. Discussion
9. Reference

## 본문내용

Heat transfer is the transport of energy due to a temperature difference between different amounts of matter. We know that an ice cube taken out of the freezer will melt when it is placed in a warmer environment such as a glass of liquid water or on a plate with room air around it. Energy in thse modes can be transmitted to the nearby molecules by interactions or by exchange of molecules such that energy is emitted by molecules that have more on average to those that have less on average. This energy exchange between molecules is heat transfer by conduction, and it increases with the temperature difference and the ability of the substance to make the transfer. This is expressed in Fourier’s law of conduction, Giving the rate of heat transfer as proportional to the conductivity, k, the total area, A, and the temperature gradient. The minus sign indicates the direction of the heat transfer from a higher-temperature to a lower-temperature region.

## 참고 자료

Claus borgnakke& Richard E. Sonntag Fundamentals of Thermodynamics (7th)
Fox McdonaldPritchard Fluid Mechanics (8th)
http://happy8earth.tistory.com/135
http://en.wikipedia.org/wiki/Nusselt_number
http://en.wikipedia.org/wiki/Prandtl_number
http://en.wikipedia.org/wiki/Convection
http://en.wikipedia.org/wiki/Pitot_tube