PhD Thesis - staffweb - University of Greenwich

APPENDIX 1 : SMARTFIRE VERIFICATION AND VALIDATION REPORT4 References1) Kim J., Kline S. and Johnston J., "Investigation of a Reattachment Turbulent ShearLayer: Flow over a Backward-Facing Step", Transactions of the ASME, Journal of FluidsEngineering, 102, pp 302-308, 1980.2) Eaton J. and Johnston J., "A Review of Research on Subsonic Turbulent FlowReattachment", AIAA, Paper AIAA-80-1438, 1980.3) Davidson L., "Calculation of the turbulent buoyancy-driven flow in a rectangular cavityusing an efficient solver and two different low Reynolds number κ-ε turbulence models",Numerical Heat Transfer, Vol. 18, pp 129-147, 1990.4) Launder B. and Spalding D., "The numerical computation of turbulent flow", Comp.Methods. In Applied Mech. Eng., 3, p. 269, 1974.5) Lam C. and Bremhorst K., "A modified form of the κ-ε model for Predicting WallTurbulence", J. of Fluid Eng., Vol. 103, pp 456-460, 19816) Cheesewright R., King K. and Ziai S., "Experimental data for the validation of ComputerCodes for the prediction of Two-Dimensional Buoyant Cavity Flows", SignificantQuestions in Buoyancy Affected Enclosure or Cavity Flows, Vol. HTD-60, pp 75-81,ASME, New York, 19867) Steckler K., Quintiere J. and Rinkinen W., "Flow induced by fire in a compartment",NBSIR 82-2520, National Bureau of Standards, 1982.8) Chow W., "On the "Cabin" fire safety design concept in the new Hong Kong Airportterminal buildings", J. of Fire Science, Vol. 15, pp 405-423, 1997.9) Glocking J., Annable K. and Campbell S., "Fire Spread in multi-storey buidings – Firebreak out from heavyweight unglazed curtain wall system – Run 007 ", LPC LaboratoriesReport TE 88932-43, 25 Feb 1997.Appendix 11.1 Page 141-36 36