STRUCTURE Magazine

With the growing need for sustainability in construction, focusing on retrofitting existing buildings rather than new construction is essential for minimizing embodied carbon. In seismic zones, this approach becomes even more complex. By integrating fluid viscous dampers and leveraging smart design platforms based on Performance Based Seismic Design (PBSD), engineers can significantly reduce both seismic damage and carbon emissions. These advancements offer a promising solution to enhance building resilience while promoting environmental responsibility, making retrofitting a viable alternative to rebuilding after major earthquakes. ??Continue reading: https://lnkd.in/dbCpTkCg

Penn State University’s new Engineering Design and Innovation (EDI) building is a dynamic addition to their west campus, offering a perfect blend of functionality and sustainability. This 105,000-square-foot space features large, column-free areas, exposed structures, and cutting-edge facilities such as machine shops, manufacturing labs, and a high bay testing area. The building’s hybrid CLT design not only supports sustainability goals but also facilitates advanced research and experimentation. This project demonstrates how collaboration and innovation can overcome complex engineering challenges while enhancing educational spaces for students and faculty. ??Read the article: https://lnkd.in/g3RY7gFE

How do you design a high-rise to be both structurally robust and cost-effective without compromising architectural flexibility? For Samuel Merritt University’s upcoming campus, the answer was a Buckling Restrained Braced Mast (BRBM) system. By combining BRB frames with a vertical mast truss, engineers achieved superior seismic performance while minimizing the impact on interior space. This innovative solution reduced steel usage, cut costs, and ensured a more resilient structure—pushing the boundaries of modern seismic design. ??Continue reading: https://lnkd.in/gUgQAvHA

How do you turn a century-old, deteriorating masonry structure into a vibrant hotel without losing its soul? The Eastern Star Hall project in Sacramento tackled this challenge head-on, preserving key historic elements while introducing a state-of-the-art steel and concrete framework. The complex bracing system and careful sequencing of demolition and reconstruction ensured that the building’s rich legacy remained intact. Now, guests can experience a piece of history—elevated for modern times. ??Continue reading: https://lnkd.in/gNw8Vfru

??? Upcoming Webinar: Reviewing AISC 341-22 Seismic Provisions for Frame and Connection Design using RAM Structural System and RAM Connection Gain a deeper understanding of AISC 341-22 seismic provisions with real-world examples covering frame and connection design. This webinar will break down complex requirements, helping engineers make informed decisions when selecting systems and components for steel structures. While the session features RAM Software from Bentley Systems, the insights apply broadly to designing resilient seismic systems with any software—or even by hand! ?? Date: March 26, 2025 ?? Time: 12:00 PM (America/Chicago) ? Duration: 1 Hour ?? CE Credits: None ?? Register now: https://lnkd.in/guRCEyyu

In high seismic regions, the challenge of balancing sustainability with seismic resilience is crucial. Traditional construction methods often lead to excessive carbon emissions and rebuilding costs after earthquakes. To combat this, researchers are turning to advanced retrofit strategies, such as the use of viscous dampers. These devices not only reduce seismic damage but also contribute to sustainability by enhancing building performance without the need for major foundation work. The incorporation of Performance Based Seismic Design (PBSD) approaches, including smart design platforms, helps minimize embodied carbon while ensuring resilience in the face of future seismic events. ??Read the article: https://lnkd.in/dbCpTkCg

The Engineering Design and Innovation (EDI) building at Penn State University is a stunning example of sustainable, forward-thinking architecture. With its hybrid CLT (cross-laminated timber) structure, expansive machine shops, and cutting-edge research facilities, this 105,000 square-foot facility creates a space for collaboration, innovation, and hands-on learning. The project showcases not only engineering and design excellence but also the commitment to reducing embodied carbon and improving sustainability. The integration of unique elements, such as a strong wall for experimental research and a lattice brick fa?ade, reflects the creative solutions needed to address complex design challenges. ??Read the article: https://lnkd.in/g3RY7gFE

Have you checked out the March edition of STRUCTURE Magazine yet? Explore our digital edition for insights on enhancing economy and resilience with mast frames, transforming a century-old meeting hall into a modern hotel, and the engineering behind exposed CLT floors and steel framing. ?? Read now: https://lnkd.in/gYiXbgqu

Selecting the right seismic system is a balancing act between structural integrity, cost, and architectural vision. For Samuel Merritt University’s new high-rise in Oakland, Tipping’s engineering team explored multiple design strategies before landing on an innovative solution: Buckling Restrained Braced Mast (BRBM) frames. This approach enhances seismic resilience, reduces material costs, and preserves open floor plans—all while meeting stringent performance requirements. By integrating a vertical mast with BRB devices, the system effectively controls drift and damage concentration, setting a new benchmark for high-rise structural design. ??Read more: https://lnkd.in/gUgQAvHA

??? Upcoming Webinar: Reviewing AISC 341-22 Seismic Provisions for Frame and Connection Design using RAM Structural System and RAM Connection Gain a deeper understanding of AISC 341-22 seismic provisions with real-world examples covering frame and connection design. This webinar will break down complex requirements, helping engineers make informed decisions when selecting systems and components for steel structures. While the session features RAM Software from Bentley Systems, the insights apply broadly to designing resilient seismic systems with any software—or even by hand! ?? Date: March 26, 2025 ?? Time: 12:00 PM (America/Chicago) ? Duration: 1 Hour ?? CE Credits: None ?? Register now: https://lnkd.in/guRCEyyu