A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Smoke Ventilation in Operational Fire Fighting. Part 2. Multi-Storey Buildings
The effect of Positive Pressure Ventilation (PPV) on compartment fires in a 1:4 scale four-story building was investigated experimentally. The main goal in the experiments was to find out the optimum ventilation path and ventilation rate as a function of the elevation of the fire room. Also, the smoke movement in the staircase was studied to evaluate issues related to evacuation of the building. The main quantities measured were the total rate of heat release (RHR) and the vertical temperature distributions in the fire room and rooms connected to it, as well as in the staircase.
Smoke Ventilation in Operational Fire Fighting. Part 2. Multi-Storey Buildings
The effect of Positive Pressure Ventilation (PPV) on compartment fires in a 1:4 scale four-story building was investigated experimentally. The main goal in the experiments was to find out the optimum ventilation path and ventilation rate as a function of the elevation of the fire room. Also, the smoke movement in the staircase was studied to evaluate issues related to evacuation of the building. The main quantities measured were the total rate of heat release (RHR) and the vertical temperature distributions in the fire room and rooms connected to it, as well as in the staircase.
Smoke Ventilation in Operational Fire Fighting. Part 2. Multi-Storey Buildings
J. Vaari (author) / J. Hietaniemi (author)
2000
76 pages
Report
No indication
English
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