Publications

Road crash fatality rates continue to be unacceptably higher in regional and remote areas than major cities. This report provides a comprehensive investigation of the causes of road crashes in regional and remote Australia and gives strategic…

This webinar, presented on 31 January 2019, provides an overview of Austroads' study that proposes a ride quality index of roads for heavy vehicles, a heavy vehicle equivalent of the International Roughness Index (IRI) for cars.

Following on from previous work, the purpose of this project was to complete an investigation of subjective ratings of ride quality of A, B and C roads in Victoria while driving a passenger car and a range of heavy vehicles.

This webinar, presented on 25 September 2018, presents challenges around the introduction of automated heavy vehicles to remote and regional areas and the opportunities for future their use in Australia and New Zealand.

This report identifies opportunities for future use of automated heavy vehicles in regional and remote areas of Australia and New Zealand, as well as any boundaries to prevent such use. The report provides road managers and industry with direction…

This protocol specifies the method for sampling bituminous slurry mixture from the slurry paving unit at the paving site.

This test method sets out the procedure to evaluate the wearing resistance of bituminous slurry surfacing materials under wet abrasion conditions.

This test method sets out the procedure to evaluate bituminous slurry materials for their propensity for binder flushing after subjecting to loaded wheel tracking cycles.

This test method sets out the method for the determination of the setting and curing characteristics of a bituminous slurry as a function of the cohesive strength developed in the mixture with time.

This test method sets out the procedure to determine the consistency of a bituminous slurry that is then used to optimise the amount of water required to form a workable mixture. This test may not be applicable to certain microsurfacing mixtures due…