Building performance simulation in the Singapore construction industry IT network

Journal of Architectural and Planning Research

Volumn 21, Issue 4, 2004, Pages 312-320

  Lam, Khee Poh ^a  

^a NATIONAL UNIVERSITY OF SINGAPORE   (Singapore)

Author keywords

[No Author keywords available]

Indexed keywords

CONSTRUCTION INDUSTRY;

EID: 12144254586     PISSN: 07380895     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (13)

1. Augenbroe G (2001) Building simulation trends going into the new millennium. In R Lamberts, C Negrao, and J Hensen (Eds.), Building simulation '01 conference proceedings - 7th international IBPSA conference, Volume 1. Rio de Janeiro, Brazil: IBPSA, pp. 15-27.
2. Flynn P (2002) The XML FAQ. http://www.ucc.ie/xml/. Site accessed October 2002.
3. Lam KP (2002) Performance-based design. Batimat Asia Specifiers' forum. Singapore: Reed Exhibitions Pte. Ltd.
4. Lam KP, Mahdavi A, Brahme R, Kang Z, Ilal ME, Wong NH (2001a) Distributed web-based building performance computing: A Singapore-U.S. collaborative effort. In R Lamberts, C Negrao, and J Hensen (Eds.), Building simulation '01 conference proceedings - 7th international IBPSA conference, Volume 2. Rio de Janeiro, Brazil: IBPSA, pp. 807-814.
5. Lam KP, Mahdavi A, Gupta S, Wong NH, Brahme R, Kang Z (2002a) Integrated and distributed computational support for building performance evaluation. Advances in Engineering Software 33:199-206.
6. Lam KP, Wong NH, Feriadi H (1999) The use of performance-based simulation tools for building design and evaluation in Singapore. In N Nakahara, H Yoshida, M Udagawa, and J Hensen (Eds.), Building simulation '99 conference proceedings - 6th international IBPSA conference. Kyoto, Japan: IBPSA, pp. 675-682.
7. Lam KP, Wong NH, Leong E, Au KS (2002b) Mapping of industry building product model for detailed thermal simulation and analysis, Research report. Singapore: National University of Singapore, p. 27.
8. Lam KP, Wong NH, Mahdavi A, Chan KK (2002c) SEMPER II: Digital building models for intranet collaborative design computing, Research report. Singapore: National University of Singapore, p. 117.
9. Lam KP, Wong NH, Sekhar SC (2001b) The use of multiple building performance simulation tools during the design process - A case study in Singapore. In R Lamberts, C Negrao, and J Hensen (Eds.), Building simulation '01 conference proceedings - 7th international IBPSA conference, Volume 2. Rio de Janeiro, Brazil: IBPSA, pp. 815-822.
10. Liebich T, Wix J (1998) Highlights of the development process of industry foundation classes. In R Amor (Ed.), Proceedings of the 2nd EC-PPM conference on product and process model in the building industry Watford, U.K.: Building Research Establishment Ltd. (BRE), pp. 327-336.
11. Mahdavi A (1996) SEMPER: A new computational environment for simulation-based building design assistance. In E Panzhauser (Ed.), Proceedings of the 1996 international symposium of CIB W67: Energy and mass flows in life cycle of buildings. Vienna, Austria: International Council for Research & Innovation in Building Construction, pp. 467-472.
12. Mahdavi A, Lam KP (1991) Performance simulation as a front-end tool for "integrative" conceptual design evaluation. In JA Clarke, JW Mitchell, and RC Van DePerre (Eds.), Building simulation '91 conference proceedings. Nice, France: The International Building Performance Simulation Association, pp. 439-444.
13. Wix J, Liebich T (1998) Industry foundation classes: Some business questions examined. In R Amor (Ed.), Proceedings of the 2nd EC-PPM conference on product and process modeling in the building industry. Watford, UX.: BRE, pp. 553-560.