Structural Steel Archives -

QuickFrames Q&A: Top Questions Answered

In this post, we follow up on our March webinar, Innovative Structural Steel Solutions, Part 2 — QuickFrames, by answering some of the interesting questions raised by attendees.

During the webinar, we explored QuickFrames, a pre-engineered, adjustable framing solution that simplifies structural support for rooftop and floor openings in commercial buildings. We examined common market challenges and the limitations of traditional angle iron and channel steel frames, emphasizing the need for more adaptable framing solutions. By comparing QuickFrames to traditional welded steel frames, we highlighted its fully customizable, bolt-on design, simplifying coordination, eliminating field fit-up issues, and reducing labor, installation time, and overall costs.

Framing the Future: The Evolution of Moment Frames

Discover insights from Simpson Strong-Tie engineer Emily Morris Frazier, P.E., as she examines the evolution of moment frame construction over the past 150 years. She traces the transition from early rivet and angle connections to the prevalent use of welded moment frames in seismic zones. Emily addresses the challenges that emerged after significant earthquakes, which spurred the development of prequalified connections to boost safety and performance. She highlights the ongoing advancements in design strategies that aim to enhance the resilience of modern structures.

Innovation Redefined: The Future of Structural Testing with Our Million Pound Rig

The future of full-scale structures testing and product development is here – and it is BIG. Our Tyrell Gilb Research Laboratory built a brand-new Million Pound Rig to help in the testing of our new Yield-Link® brace connection (YLBC), along with our many other products. Hear from Mike Wesson, Engineering Manager, Tyrell Gilb Research Laboratory, about this latest addition to the research lab.

Simpson Strong-Tie® Yield-Link® Moment Connection Case Study: Rose Avenue Elementary

Structural engineers for the Rose Avenue Elementary School project in Oxnard, California, a high seismic zone, chose to switch from special moment frames requiring welded connections to the Simpson Strong-Tie Yield-Link moment connection, which features bolted connections instead of onsite welding. This case study shares the experiences of structural engineers, fabricators and other project partners utilizing this innovative solution for structural steel construction.

Learn How to Strengthen Your Structural Steel Designs with the Yield-Link® Brace Connection Webinar Series

The Yield-Link brace connection (YLBC) from Simpson Strong-Tie is an innovative solution for isolating damage to ensure that braced frames within structural steel buildings remain intact during a seismic or wind event. With predesigned, bolted connections, the YLBC simplifies design work, eliminates the need for field welding, and is easy to incorporate into new builds or retrofits. Continue Reading

Spotlighting Our Yield-Link® Moment Connection: Three Project Cases

Our Yield-Link connection is precision-made to meet the tough demands and increased loads of structural steel construction. From building owners to engineers, to contractors and fabricators, the Yield-Link’s state-of-the-art design saves everyone time and money — while providing a connection that keeps structural steel buildings strong and safe.

Find Simpson Strong-Tie® Strong Frame® Moment Frames on the Beach

Our Orange County Residential Territory Sales Manager Joe Polder recently worked on a Strong Frame project in Seal Beach, California. Joe gives insight into what happens from the planning to the installation of a Strong Frame on the jobsite. Learn how our Strong Frame provided the perfect solution for this restaurant and helped maintain the jobsite schedule.

Yield-Link® Moment Connections in the Great White North

Resiliency is a term which is becoming more commonplace within the field of structural engineering, not just in North America but worldwide. As part of a nation that prides itself on being progressive, engineers in seismic zones of Canada are already exploring innovative solutions that may help create economic structures with resiliency in mind. But what do we mean by resiliency?

In the fields of engineering and construction, resiliency is the ability of a structure to absorb or avoid damage without suffering complete failure. Structural resiliency is the ability of a building or structure to remain sufficiently sound and intact following a shock event as to allow rapid resumption of normal use.

Improve Your Structural Steel Designs with the Yield-Link® Software Webinar Series

With the introduction of the Simpson Strong-Tie Yield-Link® moment connection for steel construction, the engineering and software development teams at Simpson Strong-Tie created multiple design tools to support users in their specification of the Yield-Link technology. These tools range from a connection modeling guide and plugins for designers to detailing software add-ins for detailers. The Yield-Link moment connection simplifies structural steel design while providing a connection that keeps steel buildings strong and safe.

No Surprises: Rule Steel Speeds Detailing and Fabrication for Oregon Events Center with Yield-Link® Technology

Massive amounts of timber. Tons of structural steel. Envisioned as the centerpiece of a revitalized fairgrounds complex in Washington County, Oregon, the Wingspan Conference And Event Center due to open in summer 2020 includes a high-tech 39,000-square-foot expo hall with 30ʹ ceilings, a rooftop solar array, a 13,000-square-foot conference center to accommodate trade shows, corporate meetings, and seminars, and a materials list of building products to rival any commercial or civic construction project.