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Rapid Rehabilitation/Replacement of Bridge Decks - Phase II
The Alabama Department of Transportation (ALDOT) has many interstate bridges near downtown Birmingham which have good substructures and superstructures, but suffer from significant deck cracking and deterioration. The bridges carry tremendous volumes of traffic with no good detouring routes and thus present a need for rapid bridge deck replacement. The ALDOT plans to place a field test bridge in the near future that utilizes four different rapid bridge deck replacement systems to determine the most efficient option for the Birmingham bridge decks. The objectives of this research were to monitor and document the rapid bridge deck replacement work of the Georgia Department of Transportation (GDOT) on two bridges in Gainesville, GA and two bridges in the Atlanta, GA area, and to identify design and construction problem areas and corrective actions that should eliminate these problems in future rapid deck replacements. In doing so, some of the problems and pitfalls of rapid bridge deck replacement via the use of precast Exodermic deck panels were identified. Documentation of the actual GDOT work included a time sequence, deck replacement square footage per work period, total construction time, typical nightly construction tasks, photographic display/discussion of the deck replacement and deck overlay work, and identification of design and construction problem areas.
Rapid Rehabilitation/Replacement of Bridge Decks - Phase II
The Alabama Department of Transportation (ALDOT) has many interstate bridges near downtown Birmingham which have good substructures and superstructures, but suffer from significant deck cracking and deterioration. The bridges carry tremendous volumes of traffic with no good detouring routes and thus present a need for rapid bridge deck replacement. The ALDOT plans to place a field test bridge in the near future that utilizes four different rapid bridge deck replacement systems to determine the most efficient option for the Birmingham bridge decks. The objectives of this research were to monitor and document the rapid bridge deck replacement work of the Georgia Department of Transportation (GDOT) on two bridges in Gainesville, GA and two bridges in the Atlanta, GA area, and to identify design and construction problem areas and corrective actions that should eliminate these problems in future rapid deck replacements. In doing so, some of the problems and pitfalls of rapid bridge deck replacement via the use of precast Exodermic deck panels were identified. Documentation of the actual GDOT work included a time sequence, deck replacement square footage per work period, total construction time, typical nightly construction tasks, photographic display/discussion of the deck replacement and deck overlay work, and identification of design and construction problem areas.
Rapid Rehabilitation/Replacement of Bridge Decks - Phase II
G. E. Ramey (author) / J. Umphrey (author)
2006
216 pages
Report
No indication
English
Highway Engineering , Road Transportation , Transportation , Transportation & Traffic Planning , Bridge decks , Replacements , Rehabilitation , Literature reviews , Replacing , Maintenance , Bridges , Alabama , Improvements , Georgia , Economic analysis , Decision making , Costs , Traffic disruptions , Recommendations , Rapid deck replacements , Longstreet Bridge , Bells Mill Bridge , I-285 bridges , Department of Transportation
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