As part of the Natural Hazards Engineering Research Infrastructure (NHERI) Converging Design project, Simpson Strong-Tie collaborated with several universities to perform a series of outdoor shake table tests on a six-story hybrid structural steel and mass timber structure at the University of California, San Diego (UCSD).
Simpson Strong-Tie is participating in NHERI Converging Design, the third phase of testing a six-story mass timber building on the NHERI UCSD shake table. This project follows up on the testing of a ten-story mass timber building with the NHERI TallWood project. Our Yield-Link® moment connection and Yield-Link brace connection underwent testing as potential alternatives to post-tensioned rocking wall systems, aiming to decrease the potential for residual drift. Learn more about this project and our live testing event.
Jennifer Price from Simpson Strong-Tie heads the National Webinar Program within the Training Department. During her 32-year tenure at Simpson, she has worked in various roles spanning Marketing, IT, Compliance, and, most recently, on the SAP Implementation project. Originally hailing from South Africa, she has made California her home since joining the company and resides in the charming town of Lafayette. Jennifer recently had her home retrofitted to withstand seismic earthquakes. Discover insights from a homeowner's viewpoint on the process, expenses and advantages of seismic retrofitting.
On the third Thursday of every October, organizations and companies worldwide participate in earthquake drills and other preparedness activities. These activities are part of the Great ShakeOut, an annual event founded after the Loma Prieta Earthquake on October 17, 1989.
Simpson Strong-Tie has added yet another design innovation to a growing suite of products and solutions for structural steel construction. Introducing the Yield-Link® brace connection (YLBC).
As a lead industry supporter and research partner of the National Science Foundation-funded NHERI TallWood test, Simpson Strong-Tie is proud to participate in this groundbreaking initiative to investigate the resilience of tall timber buildings in earthquake-prone regions.
In our first blog post in this series, we identified why older homes are more vulnerable than newer homes to earthquake damage. We described what retrofitting is and how it strengthens your home’s structure. And lastly, we posed five questions you should ask yourself when deciding if your home needs retrofitting.
Each year, Simpson Strong-Tie teams up with the West Coast’s top earthquake scientists and preparedness experts to take questions from Redditors about earthquakes and tsunamis. The Reddit AMA is part of the Great ShakeOut, the world’s largest earthquake drill, where 55 million people drop, cover and hold on. The next Great ShakeOut is scheduled to take place at 10:17 a.m. on October 15, 2020.
October is Earthquake Preparedness Month, and October 15 is the Great ShakeOut earthquake drill. In this blog series, we thought we’d share some steps homeowners can take to help minimize the risk of damage from earthquakes. Depending on your location, you may find further information and resources at the end of each blog post, with links to local cities that participate in resiliency plans for homeowners and contractors. If an earthquake were to strike at this very moment, are you confident your home is adequately constructed to withstand its forces?
In September of last year, Simpson Strong-Tie hosted our first Strong Partners Seismic Symposium in Southern California. We were pleased to feature several top speakers, including seismologist Dr. Lucy Jones, discussing the importance of making our communities more resilient. Resilience has become a hot topic in the past several years as we continue to experience more frequent and more powerful natural disasters that devastate communities. We’ve seen numerous distressing examples of what happens when people are left without structures in which to live, learn, work and shop.
If an earthquake were to strike at this very moment, are you confident your home is adequately constructed to withstand it? Depending on where you live, how your house is built—and the year in which it was originally constructed—an earthquake could have a devastating impact on your physical and financial health.
You might not think you live in earthquake country, but at least 42 states are considered at moderate to very high risk earthquake zones. As you evaluate your home’s ability to withstand an earthquake and prepare for a seismic retrofit, knowing these simple steps will help ensure that your home is structurally sound and earthquake resistant.
Certain types of homes are more likely to need a seismic retrofit than others. If you answer yes to any of these questions, you should consider retrofitting your home.
