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Ohio Pavement Rehabilitation Demonstration Program
The report presents a cooperative study initiated in 1983 by the Federal Highway Administration (FHWA) and the Ohio Department of Transportation (ODOT). Its purpose was to establish cost and performance data for various rehabilitation strategies in Ohio. The program consisted of ten projects: four unbonded concrete overlays, one modified concrete pavement restoration (CPR), three crack and seat projects with various asphalt overlay thickness, one thin asphalt concrete overlay on an undersealed concrete pavement with new composite shoulders, and a 6-inch asphalt concrete overlay over a D-cracked pavement with minimal joint repair. The construction operations have been documented and the performance of each project was periodically monitored.
Ohio Pavement Rehabilitation Demonstration Program
The report presents a cooperative study initiated in 1983 by the Federal Highway Administration (FHWA) and the Ohio Department of Transportation (ODOT). Its purpose was to establish cost and performance data for various rehabilitation strategies in Ohio. The program consisted of ten projects: four unbonded concrete overlays, one modified concrete pavement restoration (CPR), three crack and seat projects with various asphalt overlay thickness, one thin asphalt concrete overlay on an undersealed concrete pavement with new composite shoulders, and a 6-inch asphalt concrete overlay over a D-cracked pavement with minimal joint repair. The construction operations have been documented and the performance of each project was periodically monitored.
Ohio Pavement Rehabilitation Demonstration Program
K. Majidzadeh (Autor:in) / K. E. Kaloush (Autor:in) / G. J. Ilves (Autor:in) / C. L. Saraf (Autor:in)
1989
298 pages
Report
Keine Angabe
Englisch
Highway Engineering , Construction Equipment, Materials, & Supplies , Pavements , Overlays , Renovating , Ohio , Project planning , Construction , Concretes , Thickness , Bituminous concretes , Joint sealers , Cracks , Maintenance , Aprons , Composite materials , Monitoring , Deflection , Surface roughness , Evaluation , Cost analysis
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