Abstract
This study presents a number of characteristics of asphalt rubber binder samples prepared in laboratory and mechanical test results of asphalt rubber mixes. The properties of binder samples meet the SUPERPAVE specifications and other requirements for rubber modified asphalts. The mixtures were submitted to the following mechanical tests: indirect tensile strength, resilient modulus, dynamical and static axial creep and rutting resistance measured by LCPC wheel tracking. The results indicate improvement of the mixture properties due to rubber addition. A comparison between the results of performance tests with asphalt-rubber mixtures and other modified mixtures is also shown.
Evaluation of Alternative Laboratory Aging Methods of Asphalt Rubber Friction Courses 
Laboratory fatigue performance evaluation of styrene butadiene rubber and crumb rubber modified asphalt mixtures 
Crumb Rubber Modification of Binders: Interaction and Particle Effects 
Reduced Thickness Design of Asphalt Rubber – Myth or Reality? 
Life-Cycle Cost Analysis of Flexible Pavement Systems Rehabilitated With the Use of Asphalt Rubber Interlayers 
Laboratory Cracking Evaluation of a Warm Mix Rubber Modified Pavement 
Laboratory Performance of Several Spanish Asphalt Paving Mixes Produced with Asphalt-Rubber. 
Research findings on the use of Rubberized Warm-Mix Asphalt in California 
Superior Aging Characteristics Of Asphalt Rubber 
Rubberized Asphalt and Neat Asphalt Aging Properties