In a rapidly changing and competitive environment, architects are striving to help owners save time and money while pushing their own creative boundaries. The consistency of CFS prefabricated panels ensured the tolerances were met. Certain areas in the five-story, 107,000-square-foot project included concrete shafts that had to match the settlement with the framed walls and structural steel members.
For the Plaza at Pearl City, an assisted living facility in Hawaii, CFS walls and CFS joist framing were manufactured with stringent quality tolerances to ensure precision in the structure. In addition, CFS’s uniformity, dimensional stability, and durability offer immediate and long-term quality. CFS components can be prefabricated off-site, where they are designed to exact standards and protected from the elements, which could cause other materials to warp or split. Many aspects of architectural designs and unique construction sites require precise components. The long-span CFS trusses helped the team meet the project’s structural needs and aesthetic goals, which may not have been possible with other building materials. It was important for the building owners to achieve that internal openness while blending the building’s low-profile roof into its residential community. CFS scissor trusses nearly 80 feet long provided the needed strength and met deflection requirements for a vaulted and unobstructed sanctuary under a 24,700-square-foot sloped roof. Louis, Missouri, is a prime example of the capabilities of CFS. CFS has been an important component in structures that rely on this design, such as arenas, public venues, and religious institutions. Vast uninterrupted spaces are a favored design technique for event spaces and assembly halls. The center invites the public onto campus to enjoy the arts and, by making this unique design possible, CFS allowed this facility to become a university and community treasure.įlexibility for Complex Curves and Angles
Unique cold formed steel framing projects windows#
The art wing’s 25-foot ceilings and the building’s trapezoidal and triangular windows ignite the imagination. The design boasts oblique shapes, a 96-foot wall, and an interior 40-foot plenum. The $97 million facility includes a 350-seat concert hall and theater, an art gallery, and an instruction space. For example, the Western Connecticut State University Visual and Performing Arts Center in Danbury, Connecticut, used CFS to help make the architect’s vision a reality. However, CFS offers the strength to support impressive volumes. Architects frequently respond to these objectives with awe-inspiring, voluminous spaces, which aren’t always well-suited for conventional wood frame and concrete construction. University buildings are often designed to engage creative thinking, serve multiple functions, and attract top-notch students and faculty. As a result, cold-formed steel (CFS) is becoming the go-to material to make these projects a reality. Often, traditional construction methods and materials make it difficult to achieve those goals. Some of the most striking projects include vast expanses, unique shapes, or require tight tolerances. However, achieving that desired aesthetic can present tricky construction challenges. Great architecture can serve to make a statement, reflect contemporary preferences, or create community. Photo Credit: Colliers International Inc.
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