This week the team started installing the eighth-inch in diameter, steel cables that infill the railings. The cables are spaced two inches apart in order to ensure that a four-inch sphere won’t fit in between them. Two railing panels worth of cable were installed this time around; in order to understand the process and time that cutting, threading, and tightening the cables will take.
Shortly after working on the railing panels, the team moved on to the screens. They had a sample piece of cable for each screen; the eighteen-foot screens, the nine-foot screens (that allow passage underneath them), and the eight-foot screens for the north end. This was also the first time the team was able to observe the beautiful cable hardware on the screens. As soon as the slab under the walkway is poured, the rest of the cables and rope infill will go up!
As site work progresses, design work for the gate on the north end also progresses. Some of the design explorations include having the gate look similar to the rest of the screens, translucent and light. Other iterations test a solid sheet of metal, in which to etch-out words or logos; or simply being a found object that looks entirely different from the rest of the project. While considering the language of the gate, the team is also taking into account the height and width of the gate itself, and its relationship with the eight-foot screen and the concrete wall on the other side.
Steel Edging & Pump Cover
The brick pad on the south end of the site requires a barrier or transition between the brick and slate. The team is resolving this by using quarter-inch steel edging, similar to the Newbern Library project. However, rather than creating the edging from scratch, they will use off-the-shelf edging and adjust it as needed. Since the finished look will be similar to that of the Newbern Library, the Horseshoe Courtyard team contacted Stephen Durham, one of the Library team members, to get some tips on what they did.
When designing the brick pad, it was important to take into account the grinder pump that is located within its perimeter. First, because once the site is re-graded, the finished surface will be above the current level of the pump. Secondly, we need to make the pump accessible in case of maintenance needs. And lastly, we hope make it aesthetically pleasing and not slippery as a ground surface. Having all this in mind, the team has been working through details for the structure, as well as thinking of ways to make the cover lighter through different types of perforations and material choices.