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Simulation of temperature and smoke distribution of a tunnel fire based on modifications of multi-layer zone model
Some modifications on Suzuki's multi-layer zone model (MLZ) have been done to predict temperature and smoke distribution of a tunnel fires, i.e., the radiation heat loss of fire source is taken into account and a four-surface radiation heat transfer model is introduced. Like Suzuki's model, as a special long and narrow space, the tunnel space is also divided into a number of layers in vertical direction and regions in longitudinal direction. The physical properties like temperature and species (CO, CO2, etc.) are assumed uniform in every zone like two-zone model. However, the different heat transfer model is introduced. The MLZ model prediction is compared with the experiments of USTC and CFD model (FDS). It shows good agreement between the model prediction, experiments and CFD models (FDS). And the MLZ model needs less time than CFD model.
Simulation of temperature and smoke distribution of a tunnel fire based on modifications of multi-layer zone model
Some modifications on Suzuki's multi-layer zone model (MLZ) have been done to predict temperature and smoke distribution of a tunnel fires, i.e., the radiation heat loss of fire source is taken into account and a four-surface radiation heat transfer model is introduced. Like Suzuki's model, as a special long and narrow space, the tunnel space is also divided into a number of layers in vertical direction and regions in longitudinal direction. The physical properties like temperature and species (CO, CO2, etc.) are assumed uniform in every zone like two-zone model. However, the different heat transfer model is introduced. The MLZ model prediction is compared with the experiments of USTC and CFD model (FDS). It shows good agreement between the model prediction, experiments and CFD models (FDS). And the MLZ model needs less time than CFD model.
Simulation of temperature and smoke distribution of a tunnel fire based on modifications of multi-layer zone model
Simulation der Temperatur- und Rauchverteilung eines Tunnelbrandes auf der Grundlage von Modifizierungen des Mehrschichten-Zonenmodells
Chen, Xiaojun (author)
Tunnelling and Underground Space Technology ; 23 ; 75-79
2008
5 Seiten, 19 Quellen
Article (Journal)
English
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