Please use this identifier to cite or link to this item: https://scholarbank.nus.edu.sg/handle/10635/193827
Title: 3for2: Realizing spatial, material, and energy savings through integrated design
Authors: Schlueter, A
Rysanek, A
Miller, C 
Pantelic, J 
Meggers, F 
Mast, M
Bruelisauer, M
Wee, CK 
Issue Date: 1-Jan-2016
Citation: Schlueter, A, Rysanek, A, Miller, C, Pantelic, J, Meggers, F, Mast, M, Bruelisauer, M, Wee, CK (2016-01-01). 3for2: Realizing spatial, material, and energy savings through integrated design. CTBUH Journal (2) : 40-45. ScholarBank@NUS Repository.
Abstract: As the world adapts to dual trends of climate change and urbanization, tall office buildings in hot and humid climate zones near the equator are among the prime candidates for a significant change in design approach. Though many individualized improvements to operating systems, envelopes and material selections have been introduced in recent years, it is generally agreed a holistic approach is needed to truly capitalize on the smaller-scale innovations. With a focus on reducing the necessary size of the services plenum, in this paper, an alternative paradigm for the optimization of space, material, and energy use in buildings is presented: A holistic integration of all building systems - structural, mechanical, and electrical - across a building's entire lifecycle, from early-stage design to construction and operation.
Source Title: CTBUH Journal
URI: https://scholarbank.nus.edu.sg/handle/10635/193827
ISSN: 19461186
19461194
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