Andy Warhol Bridge Rehabilitation
Pittsburgh, PA · Bridges
Project details
Restoration of Pittsburgh's Andy Warhol (7th Street) Bridge, providing numerous construction engineering tasks.
Tunstall Engineering Group
Bridge Engineering and Bridge Design.
About the firm
Tunstall Engineering Group (TEG) is a structural and geotechnical engineering firm based in Cranberry Township, Pennsylvania, recognized for its expertise in complex bridge projects of all kinds. TEG supplies the critical link between engineering and construction, excelling in both design-bid-build and design-build environments. The team brings deep experience in bridge design, bridge rehabilitation, erection engineering, geotechnical engineering, and support of excavation.
- Firm type
- Structural Engineering · Geotechnical Engineering
Capabilities
Bridge Engineering
Service websiteComprehensive bridge engineering services from design through construction, with expertise in complex bridge projects including rehabilitation, demolition, and new design.
- Bridge Design
- Steel and Concrete Girder Erection
Erection planning and calculations for steel and concrete girder bridge structures.
- Truss Bridge Rehabilitation
- Bridge Demolition
- Bridge Jacking
Geotechnical Engineering
Service websiteGeotechnical engineering services for structural and civil projects.
- Support of Excavation
- Slope Stability Analysis
Design-Build Structures
Service websiteFull design-build delivery for structural projects.
Alternate Design Structures
Service websiteAlternate design preparation and evaluation for bridge and structural projects.
Industries
Transportation · Bridges · Infrastructure
Projects
CSVT River Bridge
Union/Northumberland Counties, PA · Bridges · Client: Century Steel
Project details
15-span, 4,545-foot long steel multi-girder bridge over the Susquehanna River. TEG provided steel girder erection plans and calculations, pier falsework, temporary towers up to 85 feet tall, work platforms, and spreader beams. Pier heights near 200 feet with spans as long as 350 feet required multiple finite element models.