Aggregate properties and the performance of Superpave-designed hot mix asphalt
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CHAPTER 1 Introduction and Research Approach
CHAPTER 3 Survey of Current State Agency Speciﬁcations
CHAPTER 4 Review of Performance Data from Field Test Sections
2 other sections not shown
AASHTO M323 AASHTO T304 AASHTO TP56 abrasion abrasion loss abrasion test adsorption aggre aggregate breakdown aggregate particles aggregate properties aggregate shape aggregate sources aggregate speciﬁc aggregate type air voids altemative asphalt binder asphalt cement Asphalt Concrete asphalt content ASTM blends coarse aggregate angularity compaction concem consensus aggregate properties correlation criteria crusher elongated particles evaluated ex ofﬁcio ﬁller ﬁne aggregate ﬁrst ﬁve ﬂat and elongated fractured faces gate gyratory HMA mixtures HMA performance identiﬁed indicated K-index Kandhal limestone magnesium sulfate soundness mastics materials measure methylene blue micro-deval loss micro-deval test million ESALs modiﬁed natural sand NMAS p-value particle shape pavement percent produced ratio relationship restricted zone rut depth rutting performance sample sand equivalent test sections shear SHRP sieve signiﬁcant sodium sulfate speciﬁc gravity Superpave method Superpave mix design surface surface energy test method tion trafﬁc levels uncompacted voids content USACE volumetric properties WesTrack