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A scenario on double-skin façade fire was identified earlier for hazard   assessment. A flashover room fire occurred next to the façade, broke the   interior glass pane and spread to the façade cavity. As observed in   experiments, hot gas moved up as a vertical channel flow for narrow façade   cavity. Heat and smoke spread along the narrow air cavity of a double-skin   façade will be studied in this paper. A simple mathematical model is   developed from basic heat transfer theory for studying the vertical air   temperature profiles of the hot gas flowing along the cavity. Assuming   one-dimensional flow for hot gas moving up the façade cavity, conservation   equations on mass and enthalpy were solved. Experimental results on two   double-skin façade rigs of height 6 m and 15 m with narrow cavity depth were   used to justify the results. A total of 11 tests were carried out.   Correlation expressions between cavity air temperature and the height above   ceiling of the fire room were derived

Spread of smoke and heat along narrow air cavity in double-skin façade fires