Road Materials and Pavement Design
Special Issue on Nature & Behavior of Rubberized-Asphalt / Asphalt-Rubber Pavement Materials
Deadline: 1 March 2019
Are you interested in the application of rubberized-asphalt in global paving?
Can your research help us understand the nature and behavior of rubberized-asphalt pavement materials?
Then consider contributing to our special issue on the Nature & Behavior of Rubberized-Asphalt / Asphalt-Rubber Pavement Materials.
Globally, rubberized asphalt (RA) / asphalt-rubber (AR) pavement systems have been successful in paving applications owing to their manifold benefits. The prosperity of the novel material mixtures has been chiefly attributed to the presence of a resilient additive in the mixture matrix: vulcanized rubber obtained from recycled tires.
Several laboratory and field trials have presented exemplary behavioral characteristics of rubberized pavement mixtures. Beyond trials and field test sections, there is more than forty years of experience of these actual novel pavement systems on major freeways in some countries. One of the major contentions for this positive trait of rubberized paving material is its nature to adapt to the manufacturing and blending process during the creation of a pavement system.
Therefore, understanding its unique physiognomies and morphology is of utmost importance in pre- and post-design of such an innovative enduring material successfully engineered for paving applications.
This special issue aims to publish very high quality research articles as well as state-of-the-art reviews that focus on understanding the nature and behavior of RA and/or AR materials extensively used in pavement applications. This collection of papers is of special prominence for transportation engineers, roadway designers and practitioners, highway contractors, pavement technologists, fundamental researchers, material scientists, forensic experts, doctoral and postgraduate students, rubber-polymer chemists, several stakeholders, and many others.
Why contribute to Road Materials and Pavement Design?
- Your article will be published in a widely read and cited journal (impact factor 1.401) enabling you to effectively contribute to the development of the research area.
- Your research will be validated by a robust double-blind peer review process.
- You can share you research using our open access options.
- You can follow the impact of your research using My Authored Works.
- Principal Guest Editor,: Jorge B. Sousa, , Consulpav International, Milharado – Mafra 2665-305, Portugal Tel: +1 925 206 0198 (firstname.lastname@example.org )
- Principal Guest Editor,: Krishna Prapoorna Biligiri,, Department of Civil Engineering, Indian Institute of Technology Tirupati, Andhra Pradesh 517 506, India; Tel: +91-877-2500366, (email@example.com)
- Co-Guest Editor,: Kamil Elias Kaloush,, Arizona State University, USA, (firstname.lastname@example.org)
- Co-Guest Editor: George B. Way,, Rubberized Asphalt Foundation, USA, (email@example.com)
- Co-Guest Editor: Jorge Pais,, University of Minho, Portugal, (firstname.lastname@example.org)