Journal of the Korean Solar Energy Society (한국태양에너지학회 논문집)

The Korean Solar Energy Society (한국태양에너지학회)
권호 표지

A Basic Study on Urban Radiation Heat Transfer

도시의 방사전열에 관한 기초 연구

  • Kim, C.M. (School of Architecture, Tongmyoung University of Information Technology)
  • 김종민 (동명정보대학교 건축학부)
  • Published : 2002.12.31
Download PDF
⟨ Previous Next ⟩

Abstract

This research makes that quantitative radiation property of an actual town ward is obtained in quest of the parameter with regard to a radiation heat transfer property and set up several town ward models that reproduced a solid form of a city along the attribute of the city. A regular trend possibility that is able to evaluate a radiation characteristics of a town ward quantitatively from a town ward guideline and confirmation that is produced about each parameter as a result of a numerical value simulation it obtained. This research shot a coefficient of Gebhart's emission absorption. sky radiation absorption rate direct solar radiation absorption rate the parameter with regard to a radiation heat transfer characteristics of a town ward in each town ward model and a volume rate of a town ward advances case study under regular such condition and shot the absorption rate, direct and others days and calculated an absorption rate and checked about the relation between a town ward and each radiation heat transfer property of a city.

Keywords

References

  1. George N. Walton(1986) 'Algorithms for Calculation Radiation View Factors Between Plane Convex Polygons With Obstructions', National Bureau of Standards
  2. F. Kimura (Aug, 1989) 'Heat Flux on Mixture of Different Land-use Surface', J. Meteor. SOC. PP.401-409, Japan
  3. Nakamura, Matsuo, Sakamoto, Tuchiya, Tachibana (1989) 'Radiosity and Realistic Images Synthesis Objects', Ohm Press, Japan
  4. SIGGRAPH(1993), 'Radiosity and Realist ic Images Synthesis', Academic Press
  5. L. O. Myrup(1969), 'A numerical model on the urban heat island, Journal of applied meteorology', Vol. 8, pp. 908-918 https://doi.org/10.1175/1520-0450(1969)008<0908:ANMOTU>2.0.CO;2
  6. T. R. Oke(1987), Boundary layer climates, University press, Cambridge, 2nd edition
  7. Nobert Lechner(2001), 'Heating Cooling Lighting Design Methods for Architects', John wiley & Sons, INC. 2nd Edition
  8. Altair Computing INC(1997)., HyperMe sh Reference Manual Version 2.1
  9. Bernard Kwok(May, 1992), 'Analysis of Radiosity Techniques in Computer Graphics'. Master's Thesis, York University
  10. Gary Thomas Shea(Oct, 1983), 'Radiosity Rendering with Specular Shading'. Master' s Thesis, University of Colorado
  11. George N. Walton(Nov, 1986), 'Algorith ms for Calculating Radiation View Factors Between Plane Convex Polygons with Obstructions'
  12. Josie Wernecke & Jed Hartman(Oct 1997), VRML 2.0 Handbook, Silicon Graphics, INC
  13. J.P. Holman(1976), Heat Transfer, McGraw Hill Book co
  14. Kimura K. et. al(1972), 'A Field Experiment Study on the Convenience Heat Transfer Coefficien on Exterior Surface of a Building', ASHRAE Transations, VOI.78, Part 1, PP.15
  15. 松尾 . 西岡 . 永田(Aug,1995), '都市キャノピ-における建築からの放散熱とその影響', 日本建築學會大會學術講演會槪集
  16. 松尾峯陽(1984),空調負荷計算におけるふく射熱の取扱い, 空氣調和·衛生工學, Vol. 59, No.4, pp.5-11
  17. 日本建築設備士協會(1986), HASP/ACLD/8501解說
  18. 東京都 都市計劃局(1995), 東京都 都市計劃 地圖情報システム
  19. 淺野淳一(May, 1994), '熱畵像を用いた建物全表面からの族熱量の解析', 修士論文, 東京工業大學大學院綜合理工學硏究科環境物理工學專攻
  20. 飯野秋成(May, 1995), 'リ-モトセンシンク'と地理情報による都市の全表面の熱收支解析', 博士論文, 東京工業大學大學院綜合理工學硏究科環境物理工學專攻