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OSU receives grant to study mass timber

Oregon State University will receive nearly $500,000 from the USDA to study the effects of moisture accumulation in mass timber buildings.
George Plaven

Capital Press

Published on July 16, 2018 11:10AM

A worker guides a Glulam beam into place during construction of the First Tech Credit Union headquarters building in Hillsboro, Ore. Oregon State University has received a $500,000 grant from the USDA to study the use of mass timber in commercial building design.

Capital Press File

A worker guides a Glulam beam into place during construction of the First Tech Credit Union headquarters building in Hillsboro, Ore. Oregon State University has received a $500,000 grant from the USDA to study the use of mass timber in commercial building design.

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Iain Macdonald, an international leader in high-rise wood structures, is associate director of the TallWood Design Institute at OSU.

Oregon State University

Iain Macdonald, an international leader in high-rise wood structures, is associate director of the TallWood Design Institute at OSU.


Oregon State University will receive nearly $500,000 from the USDA to continue studying mass timber in commercial building design.

The latest grant comes on the heels of the Timber Innovation Act, which was recently included in the Senate version of the 2018 Farm Bill. That legislation would create a new research and development program under the USDA for mass timber, including cross-laminated panels, glue laminated beams and laminated veneer lumber.

Mass timber is not currently recognized as an official construction material in U.S. building codes, leaving it without a standard rating system for quality and safety such as fire and earthquake resistance. Researchers at OSU are now investigating the effects of moisture accumulation in mass timber buildings.

“Obviously in the Pacific Northwest, rain and moisture is a factor,” said Iain Macdonald, associate director of the TallWood Design Institute at OSU. There’s pretty good anecdotal evidence that these buildings perform well in moisture. ... We see a need for a bit more empirical analysis of the whole thing.”

The TallWood Design Institute — formerly the National Center for Advanced Wood Products Manufacturing and Design — combines the forestry and engineering colleges at OSU and the University of Oregon’s School of Architecture and Allied Arts to focus exclusively on advancing structural wood products.

Macdonald said the interest in mass timber is twofold — one, to lower the carbon footprint of buildings versus using traditional concrete and steel, and two, to reinvigorate the timber economy in rural communities that depend on forestry for jobs.

“Our aim is to try and help people innovate these new products,” Macdonald said.

Oregon Sen. Jeff Merkley, who pushed for the Timber Innovation Act, said Oregon is working to become a hub for mass timber manufacturing using locally sourced wood.

“This research at OSU supports the innovative manufacturing that helps to create jobs in rural parts of the state, and lays the groundwork for tall building construction in urban parts of the state,” said Merkley, a Democrat. “I will continue to use my seat on the appropriations committee to get this important research and development funded.”

Other research projects at the TallWood Design Institute include fire-resistance testing, seismic and structural performance tests, studying the carbon and environmental impacts of mass timber products and mass plywood development.

Anthony Davis, acting dean of the OSU College of Forestry, said the university is at the forefront of research to inform engineering design guidelines for these products.

“This grant award is another example of the excellent research done by scientists affiliated with OSU and the TallWood Design Institute,” Davis said.



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