A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Analysis on the Influence of Thermocompression on Exhaust Air Volume of Shared Residential Lampblack Exhaust System
From the view of impedance, this article calculates the exhaust air volume of the smoke exhaust ventilator of the kitchen on each floor when opens individually comprehensively using CFD-FLUENT numerical simulation, origin data fitting and fluid mechanics theory calculation method, which chooses some 50-square meter rooms in a 20-floor building in Shenyang as the research object. This article then certifies the influence of thermocompression on the exhaust air volume of the kitchen on each floor of high-rise apartment building and summarizes the changing regularity of the exhaust air volume. Finally, the author draws a reasonable analysis method which could be used for calculating exhaust air volume of the kitchen on each floor under the condition of high operating rate.
Analysis on the Influence of Thermocompression on Exhaust Air Volume of Shared Residential Lampblack Exhaust System
From the view of impedance, this article calculates the exhaust air volume of the smoke exhaust ventilator of the kitchen on each floor when opens individually comprehensively using CFD-FLUENT numerical simulation, origin data fitting and fluid mechanics theory calculation method, which chooses some 50-square meter rooms in a 20-floor building in Shenyang as the research object. This article then certifies the influence of thermocompression on the exhaust air volume of the kitchen on each floor of high-rise apartment building and summarizes the changing regularity of the exhaust air volume. Finally, the author draws a reasonable analysis method which could be used for calculating exhaust air volume of the kitchen on each floor under the condition of high operating rate.
Analysis on the Influence of Thermocompression on Exhaust Air Volume of Shared Residential Lampblack Exhaust System
Advanced Materials Research ; 374-377 ; 572-576
2011-10-24
5 pages
Article (Journal)
Electronic Resource
English
| British Library Conference Proceedings | 2012