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Progress on the development of seismic resilient Tall CLT Buildings in the Pacific NorthwestAuthor(s): Shiling Pei; Jeffrey Berman; Daniel Dolan; John van de Lindt; James Ricles; Richard Sause; Hans-Erik Blomgren; Marjan Popovski; Douglas Rammer
Source: In: WCTE 2014, World Conference on Timber Engineering, Quebec City Canada, August 10-14; 2014; 9 p.
Publication Series: Full Proceedings
Station: Forest Products Laboratory
PDF: Download Publication (520.52 KB)
DescriptionAs urban densification occurs in U.S. regions of high seismicity, there is a natural demand for seismically resilient tall buildings that are reliable, economically viable, and can be rapidly constructed. In urban regions on the west coast of the U.S., specifically the Pacific Northwest, there is significant interest in utilizing CLT in 8-20 story residential and commercial buildings due to its appeal as a potential locally sourced, sustainable and economically competitive building material. In this study, results from a multi-disciplinary discussion on the feasibility and challenges in enabling tall CLT building for the U.S. market were summarized. A three-tiered seismic performance expectations that can be implemented for tall CLT buildings was proposed to encourage the adoption of the system at a practical level. A road map for building tall CLT building in the U.S. was developed, together with three innovative conceptual CLT systems that can help reaching resiliency goals. This study is part of an on-going multi-institution research project funded by National Science Foundation.
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CitationPei, Shiling; Berman, Jeffrey; Dolan, Daniel; Lindt, John van de; Ricles, James; Sause, Richard; Blomgren, Hans-Erik; Popovski, Marjan; Rammer, Douglas. 2014. Progress on the development of seismic resilient Tall CLT Buildings in the Pacific Northwest. In: WCTE 2014, World Conference on Timber Engineering, Quebec City Canada, August 10-14; 2014; 9 p.
KeywordsCross Laminated Timber, Tall building design, Seismic performance expectations, Pacific Northwest
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