These abstracts has been accepted for the AR2006 Conference. The authors have been invited to submit the full papers to be reviewed for possible acceptance for presentation and/or publication in the AR 2006 Conference and Proceedings.

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35 years of use of asphalt-rubber in Arizona.

A comparison study of rubberized asphalts binders made in the laboratory and filed conditions.

A laboratory study on the modification of bitumen-rubber with a Fischer-Tropsch process wax.

A new method to make polymer modified asphalt with crumb rubber and polyphosphoric acid: how to combine recycling and performance.

A new solution for uncle Sam.

A study of the use of recycled municipal solid waste (rubber and shredded tyres) in highway construction.

Aging of rubber modified binders caused by SHRP accelerated aging processes.

An APT study on the efficiency of asphalt-rubber overlays built in Brazil.

AR-ACFC overlays as a pavement preservation strategy for PCCP.

Asphalt rubber chip seal evaluation in California

Asphalt rubber in Italy highways.

Asphalt rubber mixtures in Portugal: practical application and performance.

Asphalt rubber rheology: the zero shear viscosity analysis.

Asphalt-rubber gap graded mix design concepts.

Asphalt-rubber open graded friction course reduces tire pavement noise.

Assessment of the rheological properties of asphalt rubber binder and its residual phases.

Benchmarking of the performance of wet process method alternatives: terminal or continuous blend.

Chemical modification of asphalt rubber with polyphosphoric acid.

Chemically modified crumb rubber asphalt (CMCRA).

Chemically stabilized rubberbitumens.

Comparative of asphalts rubber produced in Brazil.

Construction of the first field section of a flexible pavement using stone matrix asphalt with asphalt-rubber, without fibers, in the state of Bahia.

Crumb rubber modification of binders: interaction and particle effects.

Dust mitigation innovations in the city of Phoenix using asphalt-rubber.

Effect of intensity of grinding on the properties of crumb rubber and its effects on AR binder.

Effects of compaction temperature on rubberized asphalt mixes.

Effects of crumb rubber and shale oil on low-temperature properties of binders.

Effects of crumb rubber on aging of asphalt binders.

European optimized quiet pavements versus standard U.S. asphalt rubber pavements - the NITE study findings.

Evaluation of laboratory permeability and correlations to physical mechanical characteristics of asphalt mixes.

Evaluation of the asphalt rubber regarding elastic recovery and according to south-african tests.

Evaluation of tire wear emissions, friction and roughness characteristics of asphalt rubber pavements.

Evaluation of visco-elastic properties in asphalt rubber and conventional mixes.

Field and laboratory evaluation of asphalt-rubber hot mixtures on a heavy duty road in Brazil.

Field testing of asphalt rubber/rubber aggregate as a surfacing material for recreational trails.

Fifteen year performance of asphalt rubber overlay in city of Phoenix.

Improvement of the functional pavement quality of brazilian pavements through asphalt rubber mixtures.

In search of the best bitumen rubber asphalt in South Africa.

Influence of crumb rubber gradation on asphalt rubber properties.

Laboratory characterization and full-scale accelerated performance testing of Arizona crumb rubber asphalt and other modified asphalt systems

Laboratory determination of the properties of crumb rubber modified (crabit) asphalt mixtures.

Laboratory evaluation of Japanese asphalt-rubber mixtures.

Laboratory investigation of dimensional changes of crumb rubber reacting with the asphalt binder.

Laboratory studies of ageing in asphalt-rubber binder

Mechanical evaluation of dense graded mixture prepared with asphalt rubber consider rubber content.

Mechanical properties of hot mix asphalt s with crumbed rubber and other modifiers.

Micromechanical crack modeling of viscoelastic asphalt composites with crumb rubber modified matrix.

Mix design of CRM-HMAC using superpave gyratory compactor and performance testing of CRM-HMAC.

Mixes for heavy traffic based on crumb rubber modified bitumen

Multi-layer maintenance and rehabilitation strategies utilizing asphalt rubber binder.

New testing methods to characterize asphalt binders modified with crumb rubber.

Optimizing the use of crumb rubber by binary modification.

Performance of a test track using crumb rubber asphalt and other modifiers.

Prediction of asphalt pavement temperature using numerical methods.

Prediction of asphalt rubber properties by using neural artificial networks.

Recycling products from waste tires and car wrecks for use as binder and asphalt mix modifiers.

Rehabiltation alternatives using new asphalt rubber mixtures with brazilian materials.

Rheological behaviour of asphalt with crumbed rubber and other modifiers.

Rheological properties of binders modified with crumb rubber and shale oil.

Scrap tire management energy consumption options a cost benefit analysis.

Sealing the deal.

Study and application of asphalt rubber and rubberized pavement in China.

Study of terminal blending asphalt rubber storage and the influence of the test method on high temperatures viscosity determination.

Taiwan's experience on asphalt rubber pavement.

Temperature influence in the hot mixes reflective cracking behaviour.

Temperature influence on fatigue and stiffness properties of asphalt rubber and conventional mixes.

The effect of crumb rubber modified asphalt mixtures on the structural response of pavements.

The Influence of the binder type, air voids content, and aging on the performance of the asphalt rubber mixtures.

The introduction of the South African bitumen-rubber technology to mainland China - a case study.

The performance of asphalt-rubber and other materials in the Strategic Highway Research Program test sections on interstate 10 near Phoenix, Arizona.

The rehabilitation of the EN1 major highway In Mozambique using a bitumen-rubber surface treatment.

The total fracture energy approach to predict the thermal cracking potential of the asphalt rubber mixtures.

Traffic-induced ground vibrations reduction through an innovative binder course with recycled crumb rubber.

Use of asphalt rubber for old concrete pavement overlay.

Use of open-porous friction course with asphalt-rubber for noise reduction in pavements.


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