COLD IN-PLACE RECYCLING OF LOW VOLUME ROADS
The stabilization of existing aggregate materials in a pavement structure can be termed a recycling process when existing roadway pavement materials are incorporated into the stabilized (recycled) pavement layers. For in-place stabilization, the present pavement layers are recycled where they lay without the need to load the materials, haul the aggregates to the central plant and back, and spread the recycled mix back on the roadway area. Most in-place asphalt stabilization/recycling projects done recently have encompassed a relatively common series of operations. These can be described as the ripping or scarification of existing pavement layers; the reduction in size of the asphalt treated or chemically bound aggregate particles; the windrowing of the pulverized material; the mixing in of the new asphalt binder; the spreading of the recycled material; and the compaction of the finished asphalt treated layer.
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Availability:
- Find a library where document is available. Order URL: http://worldcat.org/oclc/1519687
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Authors:
- Scherocman, J A
- Publication Date: 1983-7
Media Info
- Pagination: p. 20-21
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Serial:
- Better Roads
- Volume: 53
- Issue Number: 7
- Publisher: James Informational Media, Incorporated
- ISSN: 0006-0208
- Serial URL: http://www.betterroads.com
Subject/Index Terms
- TRT Terms: Aggregates; Asphalt pavements; Binders; Bituminous materials; Cold mix paving mixtures; Compaction; Construction; Field tests; Low volume roads; Pavements; Recycling; Road materials; Roadbuilding machinery; Roads; Scarifying; Soil stabilization; Spreading
- Uncontrolled Terms: Stabilization
- Old TRIS Terms: Bituminous; Insitu methods; Pavement recycling
- Subject Areas: Construction; Geotechnology; Highways; Maintenance and Preservation; Materials; Pavements; I31: Bituminous Binders and Materials; I61: Equipment and Maintenance Methods;
Filing Info
- Accession Number: 00381268
- Record Type: Publication
- Source Agency: Engineering Index
- Files: TRIS
- Created Date: Mar 30 1984 12:00AM