Publications

This document provides a hyperlinked list of the Austroads Test Methods and Specifications.

This method has been developed for extracting bituminous binders from bituminous mixtures i.e. asphalt field samples, loose plant mix or reclaimed asphalt pavement.

The test method sets out the procedure for the determination of viscosity of binders recovered from RAP source materials, as well as of virgin binders and rejuvenators.

Road users in regional and remote Australia are at a greater risk of road trauma than those living in major cities. Approximately one third of Australians live in regional or remote areas but two thirds of fatal crashes occur in these areas. The…

Information on injurious road crashes is required for prevention. National information on fatal cases has been available for many years, but information on serious non-fatal cases has been lacking. This webinar will take participants through the…

Austroads member agencies are actively addressing greenhouse gas emissions and other key environmental issues. This table summarises environmental and sustainability initiatives in place across Australia and New Zealand in 2023. Lighter shaded cells…

This webinar is beneficial to consultants who may be interested in tendering for Austroads projects. The session covers new Austroads projects lined up for the 2023-24 financial year, Austroads process around research data collection and what is…

Austroads and the Queensland Department of Transport and Main Roads (TMR) presented a joint seminar on 8 February 2023 showcasing Queensland's transport infrastructure resilience and response to weather events. The event provided a platform for all…

Road tunnels are an important element of the transport infrastructure, requiring significant resources and energy to construct, operate and maintain. Consequently, they are potentially a major source of greenhouse gas emissions and environmental…

This test method sets out the procedure for determining the apparent viscosity of PMBs at temperatures above 100°C, using the Brookfield Thermosel rotational viscometer.