A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Recycling Flexible Pavements with Cement: Diverse Methods Produce Durable Pavements
Thousands of miles of existing flexible pavements throughout the U.S. are deteriorating. Street and highway departments continually seek economical, yet durable ways to rehabilitate their rutted and pot-holed roadways. Many have chosen to recycle their worn flexible pavements with cement. Recycled flexible pavements save money by utilizing in-situ materials, thus eliminating haul/disposal costs, and avoiding the expense of producing and importing new aggregate. Cement-treated flexible bases provide a moisture-resistant pavement base capable of supporting light to heavy traffic for many years. This paper discusses mixture and thickness design procedures, presents the basic construction sequence, details recycling costs and documents quality control/assurance issues. Projects in Texas, Washington, California and Florida are presented as examples which demonstrate the diverse methods used to produce durable pavements at minimum cost through recycling.
Recycling Flexible Pavements with Cement: Diverse Methods Produce Durable Pavements
Thousands of miles of existing flexible pavements throughout the U.S. are deteriorating. Street and highway departments continually seek economical, yet durable ways to rehabilitate their rutted and pot-holed roadways. Many have chosen to recycle their worn flexible pavements with cement. Recycled flexible pavements save money by utilizing in-situ materials, thus eliminating haul/disposal costs, and avoiding the expense of producing and importing new aggregate. Cement-treated flexible bases provide a moisture-resistant pavement base capable of supporting light to heavy traffic for many years. This paper discusses mixture and thickness design procedures, presents the basic construction sequence, details recycling costs and documents quality control/assurance issues. Projects in Texas, Washington, California and Florida are presented as examples which demonstrate the diverse methods used to produce durable pavements at minimum cost through recycling.
Recycling Flexible Pavements with Cement: Diverse Methods Produce Durable Pavements
Prusinski, Jan R. (author)
Geo-Denver 2000 ; 2000 ; Denver, Colorado, United States
2000-07-24
Conference paper
Electronic Resource
English
Recycling Flexible Pavements with Cement: Diverse Methods Produce Durable Pavements
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