Development of a physical property specification for asphalt-rubber binder
by
Reese, Ron.
Title
:
Development of a physical property specification for asphalt-rubber binder
Author
:
Reese, Ron.
Personal Author
:
Reese, Ron.
Publication Information
:
[Sacramento, Calif.] : California Dept. of Transportation, Division of New Technology, Materials and Research ; [Springfield, VA : Available through the National Technical Information Service, 1995]
Physical Description
:
iii, 49, A-1--A-11 p. : ill. ; 28 cm.
General Note
:
In cooperation with the Federal Highway Administration.
"June, 1995"--Technical report standard t.p.
"Report no. FHWA/CA/TL-94/07"--Technical report standard t.p.
Contents
:
Introduction -- Approach -- Performance properties analysis -- Formulation variables analysis -- Conclusions -- Recommendations -- Implementation -- Modified binder grades for asphalt-rubber hot mix -- References -- Appendix A: Rheology of asphalts / by Joseph L. Goodrich.
Abstract
:
The performance of projects incorporating asphalt-rubber binders has been inconsistent. Thus, a method was needed to provide an understanding of binder physical properties associated with the desirable performance and to quantify them for specification purposes. It was proposed to use the capabilities of a dynamic shear rheometer for comparing the asphalt-rubber binder properties with project performance data to determine the potential for rheological specifications on job samples of the binder. Representative binders from six dense-graded and gap-graded hot mix projects were analyzed.
Subject Term
:
Pavements, Asphalt.
Pavements, Asphalt concrete.
Rubberized roads -- California.
Pavements, Asphalt -- Design and construction.
Asphalt-rubber.
Binders (Materials)
Added Corporate Author
:
California. Department of Transportation. Office of Materials Engineering and Testing Services.
California. Department of Transportation. Division of New Technology, Materials, and Research.
| Library | Material Type | Item Barcode | Shelf Number | Status |
|---|
| Civil Engineering | Book | B029861 | TE270 .R32 1995 | Transportation Collection |