Cincinnati, St. Louis and Milwaukee often are referred to collectively as “the Great German Triangle,” because of the waves of German immigrants who settled in those three cities during the late 1800s. In Cincinnati, the Over-the-Rhine neighborhood (“OTR” to locals) became the hub of German culture and home to a number of local breweries, before falling into decline. Over the past decade or so, OTR has come into its own, again, as a hip entertainment zone, complete with craft breweries that are reinvigorating the area’s century-plus traditions. A new mixed-use housing and retail development there draws on the local masonry architecture – and adds a contemporary twist with metal wall panels – as part of a 15-year effort to revitalize this once dilapidated area.
The Rennen & Beecher Flats incorporates a total of 18 condos and three ground-level retail spaces, and is one of the latest in a long list of projects completed by the local nonprofit Cincinnati Center City Development Corporation (3CDC) in the OTR neighborhood. It’s comprised of two separate new-construction buildings, one of which incorporates an existing historic structure. The developers wanted these infill structures to complement the surrounding architecture, rather than stand out – which also was a motive in the project’s naming.
Andreas Lange, AIA, senior associate with the local design firm Perfido Weiskopf Wagstaff + Goettel (PWWG) says his team’s brief was to create a contemporary, mixed-use building that still worked within this more traditional setting. Bayed fronts aren’t uncommon in the surrounding brick low-rise buildings, but the metal wall panels in the new structures give those elements a modern twist in PWWG’s plans.
“The large metal box was inspired by the traditional bay windows on many upper stories of other Italianate buildings,” Lange says. “We essentially offset this window form, then let it wrap the corner on Rennen. On Beecher, we used a more traditional bay window interpretation along the south and north face but wrapped the corner in glass and metal.”
In all, the architects specified 1,700 sq. ft. of Petersen’s .040-gauge Flush and Reveal aluminum panels in a Slate Gray finish, along with 600 sq. ft. of flat sheet material in the same gauge and finish.
“The cantilevered bays needed to be light for structural reasons, and we wanted to maintain a contemporary feel to the design – metal siding was a natural choice,” Lange says of this decision. “If we employed the same forms, wrapped in more traditional siding or paneling, the final effect might not have been as strong. The contrast between the metal bays and traditional brick walls gives the project its rhythm and character.”
Among the highlights of the window bays is the way the panels wrap around the corners to create the crisp look PWWG’s designers intended. “The corner detail was absolutely critical to make this installation work – without it, the project’s main, contemporary character would have been compromised,” Lange says. “The corners make the project – they make a humble material special.”
PAC-CLAD Flat Sheet Allows Installers to Reduce Costs by Forming Corners Onsite
Getting those corners to look as planned, though, took some doing. That’s where the skill of installers from the local firm of Deuss Enterprises came into play. These metalworking pros used Petersen’s flat sheet material to form the corners onsite. “To have them fabricated was very expensive,” says Blake Ross, the company’s director of construction, describing his crew’s efforts. “It wasn’t fun, but they turned out great.”
Ross says he counted on the assistance of Rick Carpenter, Petersen’s local architectural representative, throughout the installation. “If it weren’t for Rick, that job would not have gone nearly as successfully,” he says. “He was there at the end of that phone every time.”
The finished buildings have been very well received, with both residential and retail units filling quickly – and PWWG already has won a local Cincinnati AIA award for the project.
Photos: hortonphotoinc.com
Related Stories
Sponsored | Metals | Sep 22, 2022
Metl-Span Produces Custom-Designed Solution for Chicago’s Wanda Vista Towers
In the heart of downtown Chicago, the Wanda Vista Towers make an impression standing tall at 101 stories. The height brought a challenge to integrate blow-through floors – a challenge met by Metl-Span custom solutions for easy installation, energy-efficiency, and durability.
Building Materials | Aug 3, 2022
Shawmut CEO Les Hiscoe on coping with a shaky supply chain in construction
BD+C's John Caulfield interviews Les Hiscoe, CEO of Shawmut Design and Construction, about how his firm keeps projects on schedule and budget in the face of shortages, delays, and price volatility.
Building Materials | Jun 20, 2022
Early-stage procurement: The next evolution of the construction supply chain
Austin Commercial’s Jason Earnhardt explains why supply chain issues for the construction industry are not going to go away and how developers and owners can get ahead of project roadblocks.
Sponsored | Metals | Jun 8, 2022
Downtempo Defines Bespoke Luxury in this Wine Country Home
Providing sophistication and distinction, ALPOLIC metal composite materials were used to frame this wine country custom luxury home, called Downtempo.
Sponsored | Metals | May 17, 2022
Inside Look at the Most Specified Aluminum Ladder Manufacturer in the USA
Sponsored | BD+C University Course | May 5, 2022
Designing with architectural insulated metal wall panels
Insulated metal wall panels (IMPs) offer a sleek, modern, and lightweight envelope system that is highly customizable. This continuing education course explores the characteristics of insulated metal wall panels, including how they can offer a six-in-one design solution. Discussions also include design options, installation processes, code compliance, sustainability, and available warranties.
Sponsored | BD+C University Course | Apr 10, 2022
Designing with commercial and industrial insulated metal wall panels
Discover the characteristics, benefits and design options for commercial/industrial buildings using insulated metal panels (IMPs). Recognize the factors affecting panel spans and the relationship of these to structural supports. Gain knowledge of IMP code compliance.