Studies on daylight design and regulation of high-density residential housing in Hong Kong

Lighting Research and Technology

Volumn 35, Issue 2, 2003, Pages 127-139

  Ng, Edward ^a  

^a CHINESE UNIVERSITY OF HONG KONG   (Hong Kong)

Author keywords

[No Author keywords available]

Indexed keywords

ARCHITECTURAL DESIGN; HOUSES; MATHEMATICAL MODELS; WINDOWS;

VERTICAL DAYLIGHT FACTORS (VDF);

DAYLIGHTING;

EID: 0038309736     PISSN: 14771535     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (20)

1. Allen WA. Daylighting of buildings in urban districts. Jnl Royal Institute of British Architects 1943; 50: 85.
2. Ng E. Green architecture in Hong Kong, the densest city in the world, in Brian Edwards, ed. Green architecture - an international comparison, Architectural Design Monograph Academy edition, London: John Wiley, 2001.
3. Harper R. Victorian building regulations 1840-1914. Los Altos, CA: Mansell Publishing, 1985.
4. The Government of Hong Kong. Buildings Ordinance, 1903.
5. Endacott GB. A history of Hong Kong. Hong Kong: Oxford University Press, 1958.
6. The Government of Hong Kong. Buildings Ordinance, 1935.
7. Ng E, Lam G. A historical perspective of CAP.123 building (planning) regulations - lighting and ventilation. HKSAR, Technical Report for Anthony Ng Architects Ltd. and Buildings Department, HKSAR, TA00491, February 2001.
8. The People Republic of China. Standard for daylight design in buildings, (ref. GB/T 50033-2001), Beijing, 2001.
9. Ng E. Review of lighting and ventilation of buildings - on site daylighting measurement of high rise residential buildings in Hong Kong. Technical Report for Anthony Ng Architects Ltd. and Buildings Department, HKSAR, TA00491, November 2000.
10. British Standard 8206: Part 2: 1992 - Code of Practice for Daylighting, London, UK: BSI, 1992.
11. Post-War Building Studies no. 12. The lighting of buildings, London: HMSO, 1944.
12. Ng E, Chan YK, Tregenza P. Review of daylight factors recommendable/acceptable to Hong Kong in consideration of the local climate and socio-cultural aspects. Technical Report for Anthony Ng Architects Ltd. and Buildings Department, HKSAR, TA00491, December 2001.
13. Ng E. Daylighting simulation of heavily obstructed residential buildings in Hong Kong. Proceedings of International Building Performance Simulation Association Conference, ed. R Lamberts, COR Negrao, J Henson, Rio, Brazil, 2001; 2: 1215-22.
14. Ng E, Chan TY, Leung R, Pang P. A Daylight design and regulatory 'method for high density cities using computational lighting simulations'. In Chin Mao-Lin et al., Digital design - research & practice. London: Kluwer Academic Publishers, 2003: 339-49.
15. Tregenza P, Loe D. The design of lighting. London: E & FN Spon, 1998.
16. Ng E. A simplified daylight design tool for high density urban residential buildings. Lighting Res. and Technol. 2001; 33(4): 259-72.
17. Lee FWK. Insights into the daylighting effect of external obstructions. CIBSE National Lighting Conference 1992: 235-243.
18. Tregenza, P. Daylight criteria and a simple graphical tool, unpublished note sent to the author of this paper, 2001. See also CIBSE daylighting and window design guide LG10: 1999.
19. Hopkinson RG, Petherbridge P, Longmore J. Daylighting. London: Heinemann, 1966.
20. Tregenza PR. Modification of the split flux formulae for mean daylight factor and internal reflected component with large external obstructions. Lighting Res. Technol. 1989; 21; 3: 125-28.