Don and Hayden Quattlebaum become Clemson University’s seventh Academic Cornerstone Partner with a $2.7 million gift in memory of their son Andy.
Clemson University’s Wood Utilization + Design Institute (WU+D) recently held its annual event with building industry stakeholders to celebrate 2019 successes and new membership. Hosted at the new Clemson Outdoor Recreation and Education (CORE) facility on Dec. 11, the event featured a ‘mass timber tour’ showcasing CORE’s beautifully exposed mass timber components – namely, two-story […]
Research conducted by Clemson University undergraduate students is being put to use at the new Snow Family Outdoor Fitness and Wellness Center, which is one of the first buildings constructed from cross-laminated timber made from southern yellow pine.
It’s hard to miss. Whether you’re traveling to Clemson University’s main campus on Highway 93 from Seneca or driving across the bridge on the same road in the opposite direction, a distinctive construction project catches your eye for a few seconds. And then a question probably pops in your head: what exactly is that? Resembling […]
By finding better ways to build — no nails or power tools required — Clemson is leading the way in everything from affordable housing to disaster relief shelters, pop-up health care facilities and more.
Among the 16 patents issued to Clemson University researchers in 2018 were technologies for improving on-site building construction with a sustainable building system, purifying lignins and self-healing polymer coatings that inhibit corrosion of metal substrates.
Construction on the new education facility at the Snow Family Outdoor Fitness and Wellness Center reached a milestone May 8 in a gathering to celebrate the near-completion of timber installation on an innovative project covering 16,500 square feet. In lieu of a traditional “topping off” ceremony, general contractor Sherman Construction welcomed key stakeholders from Clemson […]
Building with wood has a number of advantages. For the past five years, Clemson University’s Wood Utilization + Design Institute (WU+D) has been educating individuals in the Southeast about these benefits, including the fact wood takes less energy to produce than most other building materials, giving it a lower carbon footprint.
Clemson University’s Wood Utilization + Design Institute (WU+D) has added California-based company Katerra to its member program. Katerra joined the institute as a Founding Member, giving $50,000 toward the institute’s mission of researching, educating and providing resources for industry stakeholders in a variety of disciplines to advance wood-based products.
In the spring of 2017, Clemson’s Wood Utilization + Design (WU+D) Institute, along with the Glenn Department of Civil Engineering, School of Architecture, Department of Construction Science and Management, and Department of Forestry and Environmental Conservation, was presented with an opportunity to share an existing 12,000-foot, high bay facility in Pendleton, SC. This space will […]
A study from a pair of Clemson University professors has concluded that natural resource-based sectors contribute $33.4 billion in economic activity annually to the South Carolina economy.
In a nondescript industrial steel building not far from Clemson University's main campus, civil engineers fire two-by-four lumber out of an air cannon and test model buildings in a 50-mph wind tunnel to study the damaging effects of high-speed winds, like those created by tornadoes and by hurricanes Harvey and Irma.
The list of founding partners for Clemson University’s Wood Utilization + Design Institute continues to grow as two more companies have made donations to help support the advancement of the wood products building industry.
Forestry industry leaders from across South Carolina converged on Clemson University Tuesday for an all-day conference billed as an opportunity to forge collaborations between business and higher education.
Clemson University’s School of Architecture has created an innovative new construction method that is gaining worldwide attention for its potential market impact in rapid, low-tech sustainable housing.