A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Asphalt Materials, Mixes, Construction, and Quality
The 18 papers in the report deal with the following areas: asphalt fractional composition: correlation between rostler and clay-gel components; proliferation of paving grade asphalt cement specifications in Oregon; identifying tender asphalt mixtures in the laboratory; innovations in Oklahoma foamix design procedures; effect of mixing temperature and stockpile moisture on asphalt mixtures; characterization of asphaltic mixtures for prediction of pavement performance; engineering properties of manganese-treated asphalt mixtures; manganese-modified asphalt pavements: a status report; sensitivity of flexible pavement performance to bituminous mix properties: reducing the adverse effects of transverse cracking; laboratory evaluation of an asphalt-rubber sal; field performance of rubber-modified asphalt paving materials; engineering properties of first generation plasticized sulfur binders and low temperature fracture evaluation of plasticized sulfur paving mixtures; j-integral and cyclic plasticity approach to fatigue and fracture of asphaltic mixtures; importance and cost-effectiveness of testing procedures related to flexible highway pavement construction in Florida; effect of speciment thickness on marshall test results; computer-assisted random sampling; and, pavement performance as affected by materials testing program.
Asphalt Materials, Mixes, Construction, and Quality
The 18 papers in the report deal with the following areas: asphalt fractional composition: correlation between rostler and clay-gel components; proliferation of paving grade asphalt cement specifications in Oregon; identifying tender asphalt mixtures in the laboratory; innovations in Oklahoma foamix design procedures; effect of mixing temperature and stockpile moisture on asphalt mixtures; characterization of asphaltic mixtures for prediction of pavement performance; engineering properties of manganese-treated asphalt mixtures; manganese-modified asphalt pavements: a status report; sensitivity of flexible pavement performance to bituminous mix properties: reducing the adverse effects of transverse cracking; laboratory evaluation of an asphalt-rubber sal; field performance of rubber-modified asphalt paving materials; engineering properties of first generation plasticized sulfur binders and low temperature fracture evaluation of plasticized sulfur paving mixtures; j-integral and cyclic plasticity approach to fatigue and fracture of asphaltic mixtures; importance and cost-effectiveness of testing procedures related to flexible highway pavement construction in Florida; effect of speciment thickness on marshall test results; computer-assisted random sampling; and, pavement performance as affected by materials testing program.
Asphalt Materials, Mixes, Construction, and Quality
R. D. Pavlovich (author) / B. J. Humphrey (author) / B. M. Kiggundu (author) / D. M. Zallen (author) / J. G. Murfee (author)
1985
168 pages
Report
No indication
English
Asphalt materials, mixes, construction, and quality
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