Technical Document Library
Research-Backed Guidance for Every Project
Research-Backed Guidance for Every Project
Case Studies - S115
This case study explains how glulam beams and engineered wood products shaped 2125 Franklin, a 735-bedroom mixed-use student housing building near the University of Oregon.
Case Studies - T110
This case study explains how a Pennsylvania home builder gained a competitive advantage by adopting advanced framing techniques that deliver lasting energy savings to customers.
Case Studies - N110
This case study discusses how two mid-rise projects used all-wood podiums instead of concrete to cut construction costs, reduce building mass and improve sustainability.
Case Studies - R145
This case study discusses how glulam beams, planks, girders and columns were used to structurally and aesthetically restore the historic Appleton Mills complex in Lowell, MA.
Case Studies - Q125
This case study explains how glulam beams were used to replace the flooring system of the historic Audrian Building, enabling the building to support multi-ton vintage automobiles.
Case Studies - V130
This publication describes how LEVER Architecture used engineered wood to balance design, budget and sustainability goals in a Portland, OR, commercial building project.
Case Studies - R130
This case study discusses the Brelsford WSU visitor center’s use of several engineered wood products, including CLT and glulam.
Case Studies - W170
This case study discusses two Washington school districts that creatively leveraged the benefits of exposed wood products in newly constructed schools.
Case Studies - C440
This case study discusses how engineered wood products helped overcome structural, acoustic and cost challenges at a North Carolina senior living expansion project.
Case Studies - Z110
This case study discusses how a Sprouts grocery store used engineered wood instead of steel for the roof system to solve supply chain challenges and reduce their carbon footprint.
Case Studies - X175
This publication discusses how a California nonprofit incorporated engineered wood into an affordable housing complex to keep costs low and create an inclusive community
Case Studies - U115
This case study discusses how CLT panels and glulam framing delivered cost savings, a faster schedule and sustainability benefits for First Tech Federal Credit Union.
Case Studies - X170
This case study discusses how the Las Ventanas affordable housing project used glulam, LVL, OSB and FTAO design principles to cut costs and streamline construction.
Case Studies - S110
This case study discusses the use of hybrid trusses combining glulam arches, glulam purlins and steel bottom chords at the Buffalo Sabres’ practice ice rinks.
Case Studies - R110
This case study explains how glulam beams and Douglas-fir columns helped the Jackson Hole Airport meet strict height limits and seismic demands.
Case Studies - N115
This case study discusses how curved glulam beams enabled dramatic design, seismic resilience and cost effectiveness for the LeMay Car Museum in Tacoma, Washington.
Case Studies - R115
This case study discusses how glulam beams solved complex structural challenges on a pentagon-shaped coastal house.
Case Studies - R135
This case study discusses how glulam beams reduced costs and streamlined installation on a 5,200 square foot custom Colorado home.
Case Studies - V135
This case study discusses how CLT and glulam helped First United Bank achieve construction and energy efficiencies.
Case Studies - S120
This publication discusses how glulam framing and engineered wood helped Portland’s One North development achieve energy efficiency and sustainability.
Case Studies - S125
This case study discusses how glulam beams and wood structural panel shear walls were used to construct a California apartment complex on budget.
Case Studies - C115
This case study discusses how a glulam roof structure provided decay resistance, seismic performance and cost savings for a municipal water reservoir in California.