- Author
- Rein, G. | Zhang, X. | Williams, P. | Hume, B. | Heise, A. | Jowsey, A. | Lane, B. | Torero, J. L.
- Title
- Multi-Storey Fire Analysis for High-Rise Buildings.
- Coporate
- Edinburgh Univ., UK Arup Fire, London, England Université Pierre et Marie Curie, France
- Report
- Volume 1
- Book or Conf
- Interflam 2007. (Interflam '07). International Interflam Conference, 11th Proceedings. Volume 1. September 3-5, 2007, London, England, 605-615 p., 2007
- Keywords
- fire resistance | multistorey buildings | high rise buildings | methodology | design fires | structural engineering | building design | stuctural elements | regulations | structural analysis | case histories | temperature | atria | fire spread | computational fluid dynamics
- Identifiers
- design fire of modern buildings that are outside the range of applicability of nominal methods; design fire in non-conventional enclosures; representation of the near and far fields in an enclosure fire; Heron Tower, London, England; well-distributed fires; maximum temperatures near the atrium for 500 kW/m2 well-distributed fires over one story; maximum temperatures near the atrium for 500 kW/m2 well-distributed fires over two stories; range of far-field temperatures at the top of the atrium for well-distributed fires over the top and bottom floors; far field temperature ranges and durations for different spreading fires; Fire Dynamics Simulator (FDS)