Below-Grade Gymnasium
Wall Stabilization
A severely bowed gymnasium wall was stabilized with carbon fiber reinforcement after resolving drainage issues, preventing further movement without adding bulky interior supports.
View PDFThe Problem
Epp Concrete Construction was contracted to repair a bowing gymnasium wall in a below grade structure. The wall was unusually tall at 18 feet and included four large windows, making reinforcement more complex than typical bowed wall repairs.
The issue was worsened by poor exterior drainage, as a nearby parking lot directed water toward the wall, causing soil saturation and contributing to the wall’s movement.
⚠ An oversized bowing wall with drainage issues and structural openings required stabilization without intrusive interior supports.
The Solution
After correcting the drainage by installing a paved gutter, the wall was reinforced using 400 GSM, 24 inch wide unidirectional Rhino Carbon Fiber CFRP applied vertically with epoxy. CFRP was also installed beneath the windows to help transfer loads.
The wall surface was sandblasted to ensure proper bonding before installation. This approach stabilized the wall while avoiding bulky interior bracing and minimizing disruption to the space.
Products Used
Project Images
Below-Grade Gymnasium
Wall Stabilization
A severely bowed gymnasium wall was stabilized with carbon fiber reinforcement after resolving drainage issues, preventing further movement without adding bulky interior supports.
View PDFThe Problem
Epp Concrete Construction was contracted to repair a bowing gymnasium wall in a below grade structure. The wall was unusually tall at 18 feet and included four large windows, making reinforcement more complex than typical bowed wall repairs.
The issue was worsened by poor exterior drainage, as a nearby parking lot directed water toward the wall, causing soil saturation and contributing to the wall’s movement.
⚠ An oversized bowing wall with drainage issues and structural openings required stabilization without intrusive interior supports.
The Solution
After correcting the drainage by installing a paved gutter, the wall was reinforced using 400 GSM, 24 inch wide unidirectional Rhino Carbon Fiber CFRP applied vertically with epoxy. CFRP was also installed beneath the windows to help transfer loads.
The wall surface was sandblasted to ensure proper bonding before installation. This approach stabilized the wall while avoiding bulky interior bracing and minimizing disruption to the space.
Products Used
Project Images