Publications

This report provides advice to project managers who may not have specific technical experience in the modelling field to assist in commissioning and managing services in Simulation (Mesoscopic and Microscopic) and Intersection modelling services. It…

This webinar, presented by Robert Urquhart on 11 August 2020, gives an overview of an Austroads project which provided expert technical input into the update of four Australian standards which were revised by the Standards Australia Technical…

This report explores and draws together the ways in which place is classified, measured and valued from a transport perspective. Through a literature review, the study captured the way place was being measured and valued by a range of different…

This webinar, presented by Richard Palmer on 16 June 2020, gives a detailed overview of an Austroads’ issues paper Decarbonisation of Road Transport Network Operations in Australia and New Zealand. The paper provides an analysis of the contribution…

There is a considerable focus on vehicle electrification as the primary driver of reducing greenhouse gas emissions in the roads sector. Austroads commissioned the development of this Issues Paper to assess the specific relevance of the greenhouse…

This method sets out the procedure for determining the degree of stripping of a single coat sprayed seal with a nominal aggregate size of 10 mm or larger.

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.