A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Asphalt Rubber Concrete Pavement. User's Guide
Asphalt rubber concrete pavements include at least two types of flexible pavement surfacings made with asphalt rubber cement as the binder, stone mastic and open-graded mixtures. The asphalt rubber binder generally contains 15-25 percent recycled scrap tire rubber blended with standard paving grade asphalt cement. Asphalt rubber concrete pavements are applicable to virtually any flexible pavement surfacing requirement, providing such performance benefits as reduced temperature susceptibility, reduced low-temperature cracking potential, reduced high temperature deformation distress potential, reduced age-hardening potential, and reduced binder-aggregate stripping potential. This report includes discussions of the description, applications, benefits, limitations, costs, and recommended uses for asphalt rubber concrete pavements. A model guide specification for open and gap-graded asphalt rubber concrete pavements is also provided in the appendix of this report. Asphalt concrete, Asphalt rubber, Gap-graded pavement, Open-graded pavement, Pavement construction, Pavement design, Porous friction course, Recycling, Stone mastic, Waste materials.
Asphalt Rubber Concrete Pavement. User's Guide
Asphalt rubber concrete pavements include at least two types of flexible pavement surfacings made with asphalt rubber cement as the binder, stone mastic and open-graded mixtures. The asphalt rubber binder generally contains 15-25 percent recycled scrap tire rubber blended with standard paving grade asphalt cement. Asphalt rubber concrete pavements are applicable to virtually any flexible pavement surfacing requirement, providing such performance benefits as reduced temperature susceptibility, reduced low-temperature cracking potential, reduced high temperature deformation distress potential, reduced age-hardening potential, and reduced binder-aggregate stripping potential. This report includes discussions of the description, applications, benefits, limitations, costs, and recommended uses for asphalt rubber concrete pavements. A model guide specification for open and gap-graded asphalt rubber concrete pavements is also provided in the appendix of this report. Asphalt concrete, Asphalt rubber, Gap-graded pavement, Open-graded pavement, Pavement construction, Pavement design, Porous friction course, Recycling, Stone mastic, Waste materials.
Asphalt Rubber Concrete Pavement. User's Guide
G. L. Anderton (author)
1994
37 pages
Report
No indication
English
Civil Engineering , Construction Equipment, Materials, & Supplies , Air Transportation , Asphalt , Binders , Pavements , Rubber , Age hardening , Cements , User manuals , Construction , Costs , Deformation , Friction , Flexible materials , High temperature , Low temperature , Aggregates(Materials) , Design criteria , Models , Specifications , Standards , Temperature , Tires , Runways , Bituminous concretes , Sieve analysis
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