UTD Bioengineering Masonry Strengthening
Glass-FRP masonry strengthening with carbon anchors for a university building.
Delta Structural Technology completed masonry strengthening associated with the University of Texas at Dallas Bioengineering and Sciences Building project. The scope focused on existing concrete masonry walls in the lower-level mechanical and electrical area.
Project challenge
The project involved existing masonry within a building-services area, where the strengthening had to relate to wall geometry, slab connections and nearby equipment. The structural detail established a wall-base moment requirement for the reinforcement design. Architectural and structural coordination identified the existing surfaces and the interfaces relevant to the repair.
Project approach
The May 2015 scope described approximately 456 square feet of strengthening with SEH-51A glass FRP and carbon anchors. The composite and anchorage formed a coordinated system for reinforcing the existing masonry. The drawings distinguished this work from other new masonry and generator-yard construction, allowing the specialist reinforcement scope to be identified within the larger project.
Delivery and coordination
Delta coordinated the installation opportunity with Fibrwrap as the shop drawings were being developed. Carbon-anchor availability received particular attention because its lead time could affect the installation sequence. The shared project information connected the wall-strengthening scope, design development and material planning before the field work.
Project significance
The UTD project demonstrates a composite application to masonry in an existing building-services setting. Its distinguishing features are the glass-FRP wall treatment and carbon anchorage, coordinated with the existing wall and slab arrangement. Delta’s work contributed a focused strengthening scope within a broader university construction project.
