Publications

This webinar, presented on 15 October 2019, provides an overview of an Austroads project that investigated whether cements with elevated limestone content would perform satisfactorily in ambient-cured and precast concretes subjected to aggressive…

This report presents the results of a research project commissioned by Austroads to investigate whether the currently used Australian general-purpose (GP) cement which complies with AS 3972, and which may contain up to 7.5% limestone as a mineral…

Rollover crashes are an undesirable outcome in a substantial proportion of casualty crashes on high-speed roads. Rollovers are especially over-represented in run-off-road crashes due to their direct interaction with the roadside geometry. This…

The use of stabilisation technology for stabilising and recycling materials for pavement construction and maintenance is widely accepted as a cost-effective method of improving long‑term performance and reducing whole-of-life costs of modern,…

This webinar, presented on 11 April 2019, gives an overview of the key changes to the Guide and the significant advances in the areas of stabilisation or road pavements.

This test method describes the methods for the determination of the flexural modulus, strength and fatigue characteristics of laboratory‑manufactured cemented materials using four point bending techniques.

This webinar, presented on 6 September 2018, summarises the findings of Austroads’ Australia and New Zealand Roads Capability Analysis 2017-2027.

This is the Final Report of the Australia and New Zealand Roads Capability Analysis 2017-2027. This report combines recent quantitative (workforce gap) and qualitative analysis (industry consultation) undertaken for this study to explain how &lsquo

This report identifies factors that contribute to the occurrence and severity of crashes adjacent to and within tunnels and suggests remedial treatments that will reduce the incidence and severity of these crashes.

Two rapidly developing technology areas, Cooperative Intelligent transport systems (C-ITS) and Automated Driving (AD) applications, are reputed to have a substantial impact on road trauma through the increased use of technology both to assist…