Abstract
Detailed numerical simulations of fires in road tunnels were carried out using the CFD code JASMINE. Fire tests performed in the Ofenegg tunnel have also been validated. A parametric study of fires in an arbitrary 300-m-long tunnel was made, in which the influence of fire size, tunnel width, ventilation and ground slope was investigated. The movement of hazardous temperature and smoke regions as a function of time was calculated to vestigate escape possibilities from the tunnel in case of fire.
Similar content being viewed by others
References
Gunther, K.P., “10 Jahre Brandschultz in Hamburger Elbtunnel,”Brandschutz, 7, 1985.
Heselden, A. J. M., “Studies of Fire and Smoke Behavior Relevant to Tunnels,”Current Paper CP 66/78, Building Research Establishment, 1978.
Röder, K., “Brandschutz Anforderungen an Strassentunnels,” Forschung + Praxis.
Keski-Rahkonen, O., Holmlund, C., Loikkanen, P., Ludvigsen, H., and Mikkola, E., “Two Full-Scale Pilot Fire Experiments in a Tunnel,”Research Report 453, Technical Research Centre of Finland (VTT), Esbo, 1986.
Nordal, Kväll, “Simulated Fires in the Old Runehammar Tunnel,” Sintef, Vegteknik, Trondheim, 1984 (N).
“Schlussbericht der Versuche in Ofenegg Tunnel vom 17 bis 31 Mai 1965,” Kommission für Siocherheits Massnahmen in Strassentunneln, Bern, 1965.
Fielzmayer, A. H., “Brandversuche in Einem Tunnel”, Bundesminister für Baufen und Technik, Heft 50, Wien, 1976.
Ingason, H., Gustavsson, S., and Dahlberg, M., “Heat Release Rate Measurements in Tunnel Fires,”SP Report 1994-08, Borås.
Heins, T. and Kordina, K. “Untersuchungen über die Brand—und Rauchentwicklung in Unterirdischen Verkehrsanlagen—Katastrophenschuz in Verkehrstunneln,” 1990.
Charters, D. A., Gray, W. A., and McIntosh, A. C., “A Computer Model to Assess Fire Hazards in Tunnels (FASIT),”Fire Technology, 30, 1 (1994), p. 143.
Kumar, S. and Cox, G., “Mathematical Modelling of Fires in Tunnels,”Proceedings of the 5th International Symposium on the Aerodynamics & Ventilation of Vehicle Tunnels, 1985, p. 61.
Kumar, S. and Cox, G., “Radiation and Surface Roughness Effects in the Numerical Modelling of Enclosure Fires,”Fire Safety Science—Proceedings of the 2nd International Symposium, 1988, p. 851.
Kumar, S. and Cox, G., “Mathematical Modelling of Fire in Tunnels—Validation of JASMINE,”Transport and Road Research Laboratory Contractor Report No 28, Crowthorn, 1986.
Chasse, P., “Sensitivity Study of Different Modelling Techniques for the Computer Simulation of Tunnel Fire Comparison with Experimental Measures,” First CFDS International User Conference, Oxford, 1993.
Briollay, H., and Chasse, P., “Validating and Optimizing 2D and 3D Computer Simulations for the Ofenegg Tunnel Fire Test,” Centre d'Etudes des Tunnels, Bron Cedex, 1994.
Gunton, M. D., Rosten, H. I., Spalding, D. B., and Tatchell, D. G.,Phoenics, An Instruction Manual, CHAM (1983).
Beard, A., Drysdale, D., Holborn, P., and Bishop, S., “Configuration Factor for Radiation in a Tunnel or Partial Cylinder,”Fire Technology, Vol. 29, No. 3 (1993).
Tuovinen, H., “Validation of Ceiling Jet Flows in a Large Corridor with Vents Using the CFD Code JASMINE,”Fire Technology, 32, 1 (1944).
Author information
Authors and Affiliations
Rights and permissions
About this article
Cite this article
Tuovinen, H., Holmstedt, G. & Bengtson, S. Sensitivity calculations of tunnel fires using CFD. Fire Technol 32, 99–119 (1996). https://doi.org/10.1007/BF01039894
Issue Date:
DOI: https://doi.org/10.1007/BF01039894