Tallest Mass Timber Seismic Tests Shake Foundations of Construction | NHERI TallWood Project 2023

As a lead industry supporter and research partner of the NHERI TallWood project, Simpson ‪@strongtie‬ participated in a series of earthquake shake table tests at University of California San Diego in 2023. The research project was designed to investigate the resilience of a 10-story wood building, constructed of mass timber, when exposed to the seismic forces of large, simulated earthquakes. It is the tallest, full-scale building ever tested for seismic resiliency using mass timber. This video shows actual footage of the earthquake shake table tests, narrated by lead researcher Dr. Shiling Pei, Associate Professor at Colorado School of Mines, along with project partners from Colorado State University and Simpson Strong-Tie.
The NHERI TallWood project is funded by the @NSFScience and USFS. Project collaborators include ‪@ColoSchoolofMines‬, ‪@ColoradoStateUniversity‬, ‪@unevadareno‬, ‪@universityofwashington‬, ‪@WSUSystem‬, and ‪@uofsandiego‬.
Simpson Strong-Tie provides solutions that help people design and build safer, strong structures. To learn about earthquake preparation and safety for your home, plus download a free seismic retrofit guide and seismic retrofit detail sheet, visit strongtie.com/seismic
For the latest information on our growing line of mass timber products, visit strongtie.com/masstimber

[@TheHonestCarpenter]

Pretty amazing! 🙂

[@edbouhl3100]

Most welcome good news!

[@jonbucklin3666]

Very cool.

[@LORL007]

Great news for new constructions in the world, congratulations for Simpsons engeneers

[@buenobomb]

What could be extrapolated for a Type IV-B project?

[@buenobomb]

Would this work for a 12-story building?