In a report released today, Skidmore, Owings & Merrill discussed the results of the Timber Tower Research Project: an examination of whether a viable 400-ft, 42-story building could be created with timber framing. The prototype created by SOM incolves a combination of mass timber, concrete, and steel and was sponsored by the Softwood Lumber Board. Benchmarked against Chicago's DeWitt Chestnut Apartments—a concrete-framed facility considered revolutionary when SOM designed it in 1965—the Timber Tower represents a carbon-footprint reduction of 65% to 75%.
Tall buildings that embody conventional concrete and steel structural design usually have a higher carbon footprint than low-rise buildings, on a square-foot basis. SOM's experiment explores whether tall wood-framed buildings are feasible, justfying changes in contemporary building codes that generally limit the height of such buildings. "Building tall creates desirable urban density, but this solution helps us achieve this result with a much smaller carbon footprint," says SOM Structural and Civil Engineering Partner William F. Baker, PE, Se, FASCE, FIStructE.
SOM staff predict further developments, including possible building code adjustments, based on the research.
(http://archinect.com/news/article/74511379/som-releases-timber-tower-research-project)
Related Stories
| Apr 12, 2013
Nation's first 'food forest' planned in Seattle
Seattle's Beacon Food Forest project is transforming a seven-acre lot in the city’s Beacon Hill neighborhood into a self-sustaining, edible public park.
| Apr 12, 2013
Chicago rail conversion puts local twist on High Line strategy
Plans are moving forward to convert an unused, century-old Chicago rail artery to a 2.7 mile, 13 acre recreational facility and transit corridor.