Diminutive Design: Physical models in daylighting education and practice

Usibelli A. ; et al. 1985. Commercial sector conservation technologies, Report LBL-18543. Berkeley, CA: Lawrence Berkeley Laboratory.

Selkowitz S. , and Griffith J. 1979. Effective daylighting in buildings, Parts I and II. LD+A 9 (no. 2-3).

Selkowitz S. , and Griffith J. 1986. Effective daylighting in buildings: Revisited. LD+A 16 (no. 3): 34–47.

Commission Internationale de l'Eclairage 1970. Daylight: International recommendations for the calculation of natural light, CIE Publication No. 16, E-3.2. Paris: CIE.

Bryan H. 1986. Daylighting design tools: A personal review. LD+A 16 (no. 3): 49–56.

Ward G. , and Rubinstein F. 1988. A new technique for computer simulation of illuminated spaces. JIFS 17 (no. 1): 80–91.

Hopkinson R. ; Petherbridge P ; and Longmore J. 1966. Daylighting. London: Heinemann.

Hopkinson R. ; et al. 1963. Architectural physics: Lighting. London: Her Majesty's Stationery Office.

Bryan H. 1982. Seeing the light. Progressive Architecture 63 (no. 9): 251–254.

Schiler M. ; ed. 1986. Simulating daylight with architectural models. Los Angeles: Daylighting Network of North America, University of Southern California.

Egan M. 1983. Concepts in architectural lighting. New York: McGraw-Hill.

Wilde M. ; ed. 1980. Daylighting resource package. Berkeley, CA: Lawrence Berkeley Laboratory.

Moore, F. 1985 Concepts and practice of architectural daylighting. New York: Van Nostrand Reinhold.

Robbins C. 1986. Daylighting design and analysis. New York: Van Nostrand Reinhold.

Benton C. , and Moore E 1987. Daylighting Network of North America. Architectural Lighting l (no. 5) 44–47.

Benton C. 1985. Experiential exercises for environmental control system courses. Proceedings of the 10th National Passive Solar Conference. Boulder, CO: American Solar Energy Society.

Shanus M. ; Windheim L ; etal. 1984. Going beyond the perimeter with daylight. LD+A 14 (no. 3):30–40.

Gardner J. 1984. Daylighting cuts energy use to 19,600 BTU per sq ft per year. Architectural Record 172 (no. 1): 139–143.

Benton C. ; Warren M. ; Selkowitz S. ; et al. 1990. Lighting system performance in an innovative daylighted structure Proceedings of the 2nd International Daylighting Conference. Atlanta, GA: American Society of Heating, Refrigerating, and Air-Conditioning Engineers.

Lam W. 1986. Sunlighting as formgiver for architecture. New York: Van Nostrand Reinhold.

Matthews S. , and Calthorpe P. 1979. Daylight as a central determinant of office design. AIA Jrnl 68 (no. 11) 86–93.

Boyer L. , and Wells W. 1986. Atrium roof cover studies for a large office-lab project in Austin, TX. Proceedings of the 11th National Passive Solar Conference. Bouldet; CO: American Solar Energy Society.

Mahone D. 1989. Huge building prototype for large-scale daylighting design. Architectural Lighting 3 (no. 4):23–26.

Ellinwood S. 1983. Daylight in the design process. Proceedings of the 1983 International Daylighting Conference. Washington, DC: 1983 International Daylighting Conference Organizing Committee

Naim J. 1984. Ingeniously daylit seaside offices. Architecture 73 (no. 1): 64–67.

Linn C. 1988. New Olympic Oval champions daylighting. Architectural Lighting 2 (no. 2) 26–29.

Fenley G. 1989. Daylit art museums: Three case studies. Architectural Lighting. 3 (no. 2): 23–29.

Nawab M. , and Banta P. 1990. The application of daylighting in an art museum. Proceedings of the 2nd International Daylighting Conference. Atlanta, GA: American Society of Heating, Refrigerating, and Air-Conditioning Engineers.

Nawab M. ; et al. 1990. Daylighting performance of the Hyatt Regency Hotel. Proceedings of the 2nd International Daylighting Conference. Atlanta, GA: American Society of Heating, Refrigerating, and Air-Conditioning Engineers.

Linn C. 1987. Daylighting analysis critical for successful atrium design. Architectural Lighting l (no. 6) 21–27.