Ruth Cherry Elementary School

Ruth Cherry Elementary School

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Royse City
,
United States

The new 102,000-square-foot elementary school for Royse City ISD consists of a two-story, steel-framed structure. The building features a radial design to take advantage of site topography. It also includes a structural steel entrance canopy with a tapered column system.

The series of V-shaped structural columns that adorn the entryway are fitted with CAST CONNEX® ArchitecturalTapers™ connecting at the top and CAST CONNEX® Architectural Tapers™ + Universal Pin Connectors™ at the bottom, creating an elegant taper. Inside the library, playful architecture continues by converting the building structure into an indoor forest. CAST CONNEX® Architectural Tapers™ connect to various columns, growing tree trunks and branches from steel supports.  

Owner: Royse City ISD

Architects: VLK Architects - Dallas

Structural Engineers: Dunaway Associates

Steel Fabricator: Steel Construction Services

Ruth Cherry Elementary School
Ruth Cherry Elementary is an excellent example of using standardized cast steel components for Architecturally Exposed Structural Steel (AESS), where elegant structural members can also embody a light and playful environment where children learn and flourish.
CASTCONNEX® Architectural Tapers™ and CAST CONNEX® Universal Pin Connectors™ lend a slender appearance to columns, braces, struts, or other structural members.
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Elevated design for projects of any budget

CAST CONNEX standardized connectors are available in a range of sizes to fit standard member profiles. These pre-engineered products are affordable enough to be used repetitively or as a one-off. Each connector is designed to simplify fabrication labor, especially in architecturally exposed applications.

Elevated design for projects of any budget

CAST CONNEX standardized connectors are available in a range of sizes to fit standard member profiles. These pre-engineered products are affordable enough to be used repetitively or as a one-off. Each connector is designed to simplify fabrication labor, especially in architecturally exposed applications.