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A platform for research: civil engineering, architecture and urbanism
Effect Analysis of Different Exhaust Velocity on Fire Smoke Control in Subway Tunnel
Taking a subway tunnel as the research object and based on the CFD simulation method, this paper adopts a large eddy simulation analysis software FDS to simulate and analyze the effect of exhaust velocity on fire smoke control under the condition of the same longitudinal ventilation velocity in subway tunnel. The simulated results can provide some reference to design institutes in the selection of exhaust fan. While the longitudinal ventilation velocity set as 1m/s, the simulation results demonstrate that a quite good smoke control effect could be achieved when the exhaust velocity reaches 5 m/s in the smoke exhaust duct
Effect Analysis of Different Exhaust Velocity on Fire Smoke Control in Subway Tunnel
Taking a subway tunnel as the research object and based on the CFD simulation method, this paper adopts a large eddy simulation analysis software FDS to simulate and analyze the effect of exhaust velocity on fire smoke control under the condition of the same longitudinal ventilation velocity in subway tunnel. The simulated results can provide some reference to design institutes in the selection of exhaust fan. While the longitudinal ventilation velocity set as 1m/s, the simulation results demonstrate that a quite good smoke control effect could be achieved when the exhaust velocity reaches 5 m/s in the smoke exhaust duct
Effect Analysis of Different Exhaust Velocity on Fire Smoke Control in Subway Tunnel
Advanced Materials Research ; 424-425 ; 1224-1227
2012-01-03
4 pages
Article (Journal)
Electronic Resource
English
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