The test data were compared to predictive results using the CORRIDOR routine within FPETOOL. In general the CORRIDOR results provided a reasonably good correlation to the test data. Both the wave depth and temperature loss within the wave,as a function of distance,were consistently over-predicted. The velocity results were mixed,but were generally within 20 percent of the test data. The results of this study show promise,with respect to developing a correlation that can be used as a method for predicting smoke movement in a corridor.However,due to the questionable nature of some of the data estimates,couple with both a lack of sufficient number of tests and a limited range of fire sized used,additional test data will be required to further validate the accuracy and refine the correlation(s) suggested by this work.
The test data were compared to predictive results using the CORRIDOR routine within FPETOOL. In general the CORRIDOR results provided a reasonably good correlation to the test data. Both the wave depth and temperature loss within the wave,as a function of distance,were consistently over-predicted. The velocity results were mixed,but were generally within 20 percent of the test data. The results of this study show promise,with respect to developing a correlation that can be used as a method for predicting smoke movement in a corridor.However,due to the questionable nature of some of the data estimates,couple with both a lack of sufficient number of tests and a limited range of fire sized used,additional test data will be required to further validate the accuracy and refine the correlation(s) suggested by this work.
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