Over the last 5 years the California Department of Transportation (Caltrans) has completed three experimental long-life urban freeway rehabilitation projects by utilizing a fast-track (accelerated) construction approach of around-the-clock operations under extended closure. This paper presents the fast-track rehabilitation approaches and the as-built production rates of major rehabilitation operations monitored at the three experimental projects. The monitoring results show that the contractor's production rates varied considerably depending upon the construction logistics, material delivery and hauling methods, lane-closure tactics, and/or pavement designs being implemented. A higher production rate and a noticeable "learning-curve ef...
The California Department of Transportation is rehabilitating or reconstructing deteriorated urban f...
Most state highways in the United States were built during the 1960s and 1970s with an infrastructur...
One of the main objectives of the Caltrans Long Life Pavement Rehabilitation Strategies for rigid pa...
Most urban freeways in California and elsewhere in the United States were constructed between 1955 a...
As an asphalt concrete demonstration project implemented under the California Department of Transpor...
As an asphalt concrete demonstration project implemented under the California Department of Transpor...
In June 2003, The California Department of Transportation successfully completed reconstruction of a...
This case study paper presents an innovative fast-track approach applied to a heavily trafficked urb...
Many urban concrete pavements in California need to be reconstructed, as they have exceeded their de...
This technical memorandum introduces an innovative approach to development of construction and traff...
The California Department of Transportation (Caltrans) replaced about 5 kilometers (total 20 lane-ki...
This case study presents an innovative fast-track reconstruction approach applied to a heavily traff...
Most of California's highway infrastructure was built between 1955 and 1970. These pavements ha...
A case study was performed on a Caltrans concrete rehabilitation project near Los Angeles on Interst...
This technical memorandum presents an analysis of the impact of urban freeway pavement rehabilitatio...
The California Department of Transportation is rehabilitating or reconstructing deteriorated urban f...
Most state highways in the United States were built during the 1960s and 1970s with an infrastructur...
One of the main objectives of the Caltrans Long Life Pavement Rehabilitation Strategies for rigid pa...
Most urban freeways in California and elsewhere in the United States were constructed between 1955 a...
As an asphalt concrete demonstration project implemented under the California Department of Transpor...
As an asphalt concrete demonstration project implemented under the California Department of Transpor...
In June 2003, The California Department of Transportation successfully completed reconstruction of a...
This case study paper presents an innovative fast-track approach applied to a heavily trafficked urb...
Many urban concrete pavements in California need to be reconstructed, as they have exceeded their de...
This technical memorandum introduces an innovative approach to development of construction and traff...
The California Department of Transportation (Caltrans) replaced about 5 kilometers (total 20 lane-ki...
This case study presents an innovative fast-track reconstruction approach applied to a heavily traff...
Most of California's highway infrastructure was built between 1955 and 1970. These pavements ha...
A case study was performed on a Caltrans concrete rehabilitation project near Los Angeles on Interst...
This technical memorandum presents an analysis of the impact of urban freeway pavement rehabilitatio...
The California Department of Transportation is rehabilitating or reconstructing deteriorated urban f...
Most state highways in the United States were built during the 1960s and 1970s with an infrastructur...
One of the main objectives of the Caltrans Long Life Pavement Rehabilitation Strategies for rigid pa...