| Vol. - No. | Vol.2 - No.4 |
|---|---|
| Date | Dec., 2013 |
| Title | Stack Effect Guidelines for Tall, Mega Tall and Super Tall Buildings |
| Author | Peter Simmonds, Ph.D., FASHRAE1+ and Rui Zhu2 |
| Institutions |
1Stantec, 14130 Riverside Drive, Suite 201, Sherman Oaks, CA 91423, USA 2University of Southern California, Los Angeles, CA 90033, USA |
| Abstract |
The ASHRAE Technical Committee for Tall Buildings, TC 9.12, has defined a tall building as one whose height is greater than 300 feet (91m). Since the publication of the HVAC Design Guide for Tall Commercial Buildings in 2004, there were only about 300 buildings taller than 200 meters; this number has risen to 600 in 2010 and the prediction 765 buildings taller than 200 meters in 2012. There has also been an introduction of two new classes of tall buildings: • Mega tall, which are buildings taller than 300 m, and • Super tall, which are buildings taller than 600 m. The effect of ambient air temperature over the height of buildings, especially Mega tall and Super tall buildings. The ambient climatic conditions vary with altitude and these changes in ambient conditions can seriously affect load calculations and performance of super and mega tall buildings. This paper presents revised calculations for stack effect for Tall, Mega Tall and Super tall Buildings. |
| Keyword | Tall buildings, Load calculations, Air infiltration, Natural ventilation |
| PP. | PP.323~330 |
| Paper File |
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