Aerodynamic Performance of Slender Tall Buildings with Wind Escape Floors: A Study on Optimum Structural System and Wind Escape Floor Arrangement

Date

2019-04-20

Author

Aksu, Yeliz
Ay, Bekir Özer

Metadata

Show full item record

Item Usage Stats

40
views

0
downloads

URI

https://hdl.handle.net/11511/72053

Collections

Unverified, Conference / Seminar

Suggestions

OpenMETU
Core

Aerodynamic Performance of Slender Tall Buildings with Wind Escape Floors: A Study on Optimum Structural System and Wind Escape Floor Arrangement Aksu, Yeliz; Ay, Bekir Özer (2019-04-20)
Aerodynamic performance of tall buildings: a study on the relation between wind escape and outrigger floors Aksu, Yeliz; Ay, Bekir Özer; Department of Building Science in Architecture (2019) Numbers of slender tall buildings, particularly “super-slenders”, are increasing rapidly due to the quest for maximizing the leasable space in plan or being iconic or both. With their relatively short structural depth in plan, limiting the top drift, in other words, satisfying the serviceability limit is usually the governing constraint in their design. Using multi-level outriggers, tuned mass dampers and distinctive aerodynamic modifications such as wind flow openings together is rather mandatory to realiz...
Aerodynamic Performance Analyses of Iced Wind Turbine Blade Profile with Transitional DDES Yalçın, Özgür; Özyörük, Yusuf; Tuncer, İsmail Hakkı (null; 2019-09-20)
Aerodynamic Optimization Of Horizontal Axis Wind Turbines Based On Potential Flow Solutions With BEM Theory And Genetic Algorithm Tonkal, Ozan Çağrı; Pehlivan, Sercan; Sezer Uzol, Nilay; İşler, Veysi (null; 2011-05-25)
Aerodynamic design and optimization of horizontal axis wind turbines by using bem theory and genetic algorithm Ceyhan, Özlem; Tuncer, İsmail Hakkı; Department of Aerospace Engineering (2008) An aerodynamic design and optimization tool for wind turbines is developed by using both Blade Element Momentum (BEM) Theory and Genetic Algorithm. Turbine blades are optimized for the maximum power production for a given wind speed, a rotational speed, a number of blades and a blade radius. The optimization variables are taken as a fixed number of sectional airfoil profiles, chord lengths, and twist angles along the blade span. The airfoil profiles and their aerodynamic data are taken from an airfoil datab...

Citation Formats

Y. Aksu and B. Ö. Ay, “Aerodynamic Performance of Slender Tall Buildings with Wind Escape Floors: A Study on Optimum Structural System and Wind Escape Floor Arrangement,” 2019, vol. 2, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/72053.