The Effects of Service Core Reduction on Tall Building Structures

Date

2019-04-20

Author

Fakıoğlu, Beste
Ay, Bekir Özer

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One of the primary goals in tall building design is the optimum design of service core where the vertical transportation, building services, HVAC elements etc. are situated. Particularly for supertall (+300) office buildings, a significant portion of the core space is occupied by elevators when compared to the rest of the service core elements. Actually, with the utilization of recently developed elevator technologies, it is possible to decrease the elevator footprint area and thereby to decrease the service core area. Nevertheless, the core of a tall building usually is also a part of the lateral load resisting system, namely as a structural core. This study aims to investigate the effects of service core reduction which is a consequence of the elevator footprint decrease on interior and exterior tall building structures. Generic computer models of outriggered frame and framed-tube buildings with 300m height (75 story) are produced. Then, the service core area of both buildings is decreased considering the effects of recent advances in elevator technology. First, the strength and the stiffness constraints as well as serviceability of primary and reduced core buildings are evaluated in terms of code-based design loads for each outriggered frame and framed-tube structural systems. Then, primary and reduced core buildings of outriggered frame and framed-tube structural systems are compared in terms of the change in top drift to building height ratio, the increase in leasable area and to access to natural light.

URI

https://hdl.handle.net/11511/94489

Conference Name

International Civil Engineering and Architecture Conference

Collections

Department of Architecture, Conference / Seminar

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Evaluation of The Effects of Service Core Reduction on Tall Building Structures Fakıoğlu, Beste; Ay, Bekir Özer (2019-04-20) One of the primary goals in tall building design is the optimum design of service core where the vertical transportation, building services, HVAC elements etc. are situated. Particularly for supertall (+300) office buildings, a significant portion of the core space is occupied by elevators when compared to the rest of the service core elements. Actually, with the utilization of recently developed elevator technologies, it is possible to decrease the elevator footprint area and thereby to decrease the servic...
The impact of service core reduction in supertall buildings: a study on structural design, embodied carbon, and leasable floor area Fakıoğlu, Beste; Ay, Bekir Özer (2023-01-01) Optimizing the building core is a fundamental goal in tall building design The area dedicated to elevators, which are among the most area-consuming elements in the core, might be considerably reduced with recent technological advancements. This study investigates the trade-offs of core reduction resulting from the elevator footprint decrease in supertall buildings since the core usually serves as a significant member of the structural system. An analytical model with an outriggered frame system representati...
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Citation Formats

B. Fakıoğlu and B. Ö. Ay, “The Effects of Service Core Reduction on Tall Building Structures,” Trabzon, Türkiye, 2019, vol. 2, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/94489.