A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Natural ventilation of underground fallout shelters
Effect of inside and outside dry-bulb temperatures and relative humidity; stack heights, diameters and insulation; location of outlet stack opening within shelter; type of ventilator caps on stacks and velocity of wind across stacks is evaluated; tests were conducted in underground concrete shelter with inside dimensions of 10×10×10 ft; air at outside ambient conditions entered shelter through inlet stack; method was developed for predicting natural ventilation rate of underground shelters as function of outside and shelter air temperature, humidity and ventilation system design.
Natural ventilation of underground fallout shelters
Effect of inside and outside dry-bulb temperatures and relative humidity; stack heights, diameters and insulation; location of outlet stack opening within shelter; type of ventilator caps on stacks and velocity of wind across stacks is evaluated; tests were conducted in underground concrete shelter with inside dimensions of 10×10×10 ft; air at outside ambient conditions entered shelter through inlet stack; method was developed for predicting natural ventilation rate of underground shelters as function of outside and shelter air temperature, humidity and ventilation system design.
Natural ventilation of underground fallout shelters
ASHRAE J
Ducar, G.J. (author) / Engholm, G. (author)
ASHRAE Journal ; 7
1965
2 pages
Article (Journal)
English
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Natural ventilation of underground fallout shelters
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