Miller-Valentine, owner of the project, wanted to advance its commercial division by combining two Cincinnati-area offices into one location.
To meet sustainable design goals, Tilt-Up construction materials were selected, which have an impressive economic cycle and offer long-term durability. Sustainable design practices included geothermal cooling, vegetative swales to collect run-off water, an energy-recovery HVAC system and preservation of existing vegetated areas.
The 81,000-square-foot three-story building required oversized joists and additional beam lines to create the unique third floor. Tilt-Up two-story panels were constructed first. Recessed 12 feet from the building edge, one-story panels were then constructed on the elevated slab of the third floor. The recessed side entries include two 32-foot, three-story columns.
Oversized foundations and coordination with joint caulking were required for the 15-foot tapered concrete buttresses, attached to panels on the first floor.
To create a unique look, two types of post-applied precast stone — Rockcast and Coronado — were used, as well as two different shades of paint in earth tone colors. The dramatic entry features the precast stone on angled Tilt-Up panels. It is complemented with an octagonal-shaped roof, as well as an arched canopy over a balcony area.
Around the entire building, aluminum mansard, barrel and hip style roofs were installed. The ground-level accents include large concrete tapered buttresses to create the appropriate shape and limit the use of stone. Fabric awnings were placed above windows on spandrel panels.
Cincinnati, OH 45249
United States
The Tilt-Up Achievement Awards were established to honor projects that use site-cast tilt-up concrete to introduce new building types, advance industry technology and provide unique solutions to building programs. Winning entries illustrate the variety, beauty, and flexibility of tilt-up construction.
ACHIEVEMENT
2008
The world’s greatest tilt-up structures are featured by the TCA as Tilt-Up Achievement Award Winners. Learn more >