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Exact(6)
Its maximum smoke temperature is 128 °C.
The predicted maximum heat release rate, and maximum smoke temperature are in good agreement with the large-scale tunnel fire test results.
In addition to the Alpert equation, a correlation determining the maximum smoke temperature is developed by taking the end wall effect into account.
The results show that the maximum smoke temperature under the ceiling complies with the Alpert equation in which fire keeps distant from the walls in subway stations whereas fire adjacent to the end wall leads to the maximum smoke temperature under the ceiling decaying exponentially against the increased distance between the fire and the wall.
Yuan et al. (2014) gained a series of experiment data at the exit of the large-scale tunnel, including maximum heat release rate, downstream maximum smoke temperature, and maximum CO concentration which are reproduced by simulation.
To assess the impact of smoke on the ceiling in subway stations, the maximum smoke temperature under the ceiling was studied theoretically and experimentally with two sets of small-scale experiments conducted.
Similar(54)
Furthermore, the predicted maximum smoke temperatures are compared to those given by the Kurioka model.
The smoke temperature rises to 65 °C at z = 1.5 m.
The transient distributions of the smoke spread, smoke temperature and CO2 concentration, were analyzed.
According to the simulated results, the dangerous limitation of smoke visibility always precedes that of smoke temperature.
Results indicated that ignition conditions evidently impact on heat release rate development, peak heat release rate, smoke temperature, smoke generation and smoke toxicity.
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