Publications

This report documents the findings of the first stage of an Austroads project which aims to benchmark the laboratory fatigue performance of locally manufactured asphalt mixes against the performance predicted by the Shell relationship in Austroads…

The use of reclaimed asphalt pavement (RAP) in new asphalt mixes is a common practice in Australia and New Zealand due to its many benefits. RAP contents are typically about 10&ndash

This report describes research into the development of a draft Austroads evaluation protocol for rejuvenators. Rejuvenators are typically used to produce asphalt mixes containing high levels of reclaimed asphalt pavement (RAP). The report includes a…

Movement and Place is a multi-disciplinary, place-based approach to the planning, design, delivery and operation of transport networks. It broadens our thinking about our roads and streets beyond their functional role in supporting movement - they…

Road agencies increasingly recognise the value of coordination and cooperation with public transport operators in responding to road and transport incidents, as it helps support a more holistic and integrated multimodal approach to minimising…

This seminar was held on 2 September 2022 at RMIT University in Melbourne. It was sponsored by Austroads and attracted an audience of more than 400 people across the world. The 4-hour recording considers different perspectives of incorporating waste…

Governments, transport agencies, and industry have identified the need to reduce waste going to landfill and increase the use of recycled materials to achieve more sustainable development and improve outcomes for communities. The latest update to…

This report details research into the ways transport agencies manage unplanned incidents that impact the normal operation of more than one transport mode. It includes 10 guiding principles and a capability framework. Road agencies need guidance on…

This test method describes the procedure for determining the cone penetration of a joint sealant at 25 

This test method describes the procedure for determining the resistance of hot poured joint sealants to flow at a temperature of 70 °