Publications

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

This method describes the procedure for the determination of the surface texture depth of road surfaces, by the sand patch technique. This method is only applicable to surface texture depths greater than 0.3 mm. This method was developed from BS…

Join us for a webinar that delves into the latest on connected and automated vehicles (CAVs) and the pivotal role that interaction with physical infrastructure plays in their integration into our transport system. In this session, we will present a…

This document describes the procedures to be followed to test an asphalt specimen using a wheel tracking test device. The procedures can be carried out on prismatic specimens that have been manufactured in the laboratory, cut from an existing…

This document describes the procedures to verify that a wheel tracking test device complies with the requirements of those devices permitted for use in Austroads test method ATM 231. The procedures are advisory rather than mandatory and reference…

The test method specifies procedures for the characterisation of the stiffness and fatigue behaviour of bituminous mixtures using a four point bending test configuration. The test procedure to characterise the complex modulus is contained in Section…

Decisions on how transport agencies provide for people walking to safely cross the roads has been greatly influenced by historical research, that has in the past failed to examine the infrastructure design and lacked behavioural data. This webinar,…

The webinar showcases the projects recognised with the Austroads Bridge Awards. The Austroads Bridge Awards acknowledge individuals and organisations that have delivered outstanding bridge structures and design across Australia and New Zealand. The…

One of the main remedial treatments for reinforced concrete structures such as bridges in marine environments is impressed current cathodic protection (ICCP). Many ICCP systems in marine environments have manifested backfill mortar deterioration due…

The innovative Viaduct over Muscle Creek and Hunter River with an overall length of 178.4m comprises four spans of 45.7m by 50m by 50m by 29.7m and 1.5m length beyond the bearings at each abutment, to suit a challenging and restrictive site. The…