Hot-mix Asphalt Mixtures
- ISBN-10
- 0309071070
- ISBN-13
- 9780309071079
- Pages
- 192
- Language
- English
- Published
- 1999
- Publisher
- National Academy Press
Description
Transportation Research Record 1681 contains the following papers: Use of reclaimed asphalt pavement in Superpave hot-mix asphalt applications (Stroup-Gardiner, M and Wagner, C); Ten-year performance evaluation of asphalt-rubber surface mixes (Choubane, B, Sholar, GA, Musselman, JA and Page, GC); Evaluation of aggregate size characteristics in stone matrix asphalt and Superpave mixtures (Lynn, TA, Brown, ER and Cooley, LA); Effect of flat and elongated coarse aggregate on characteristics of gyratory compacted samples (Vavrik, WR, Fires, RJ and Carpenter, SH); Evaluation of stripping in Virginia's pavements (Maupin, GW); Laboratory evaluation of clogging potential of porous asphalt mixtures (Fwa, TF, Tan, SA and Guwe, YK); Hot-mix asphalt volumetrics revisited : a new paradigm (Coree, BJ); Effect of gradation on asphalt mixture performance (Haddock, J, Pan, C, Feng, A and White, TD); Laboratory optimization of asphalt concrete intermediate course mixes to improve flexible pavement performance (Abdulshafi, OA, Fitch, MG, Kedzierski, B and Powers, DB); Use of the Hamburg wheel-tracking device for evaluating moisture susceptibility of hot-mix asphalt (Izzo, RP and Tahmoressi, M); Use of Superpave gyratory compactor to characterize hot-mix asphalt (Mallick, RB); Evaluation of Superpave repeated shear at constant height test to predict rutting potential of mixes : performance of three pavement sections in North Carolina (Tayebali, AA, Khosla, NP, Malpass, GA and Waller, HF); Using Superpave performance tests to evaluate asphalt mixtures (Anderson, RM, Bukowski, JR and Turner, PA); Selection of laboratory test specimen dimension for permanent deformation of asphalt concrete pavements (Weissman, SL, Jerome, JH, Sackman, JL and Long, F); Comparison of laboratory wheel-tracking test results with WesTrack performance (Williams, RC and Prowell, BD); Kenya bituminous materials study (Wambura, JHG, Maina, J and Smith, HR); Municipal implementation of Superpave technology (Brooks, D, Hein, D, Uzarowski, L and Emery, J); Difficult nature of minimum voids in the mineral aggregate : historical perspective (Coree, BJ and Hislop, WP); Understanding asphalt mastic behavior through micromechanics (Buttlar, WG, Bozkurt, D, Al-Khateeb, GG and Waldhoff, AS); Nondestructive evaluation of complex moduli in asphalt concrete with an energy approach (do Reis, HLM, Habboub, AK and Carpenter, SH); Quantifying laboratory compaction effects on the internal structure of asphalt concrete (Masad, E, Muhunthan, B, Shashidhar, N and Harman, T); X-ray tomography of asphalt concrete (Shashidar, N).
