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Standardised Signage and Pavement Symbols for Low and Zero Emission Vehicles
This report, published in January 2022, provides a basis for future testing and standardisation of the symbols and road signage for low and zero emission vehicles in Australia and New Zealand, paving the way to adopt consistent symbols in the road…
Webinar: Guidance on the Installation of Low and Zero Emission Vehicles Charging Infrastructure
Internal combustion engine vehicles are a major source of greenhouse gas emissions in Australia and New Zealand. Encouraging the public to utilise low and zero emission vehicles (LZEVs), such as battery electric vehicles will contribute to creating…
Low and Zero Emission Vehicle Charging Infrastructure Installation
This report details the methodology and findings of a project to develop guidance for agencies planning, installing, and operating charging infrastructure for non-commercial passenger vehicles with battery-electric or hybrid propulsion. This study…
Guidelines for Low and Zero Emission Vehicle Charging Infrastructure Installation
These guidelines cover the installation of charging infrastructure for Low and Zero Emission Vehicles (LZEVs), including requirements, location, usability, and design. LZEV charging infrastructure is provided to encourage the use of LZEVs, and to…
Webinar: Proposed Signage for Low and Zero Emission Vehicles and Associated Infrastructure
Austroads has published a report proposing a set of symbols for low and zero emission vehicles (LZEVs) and associated charging or refuelling infrastructure to be used on road signs and for road marking in Australia and New Zealand. The proposal…
Webinar: Maximising the Use of Sustainable Rehabilitation Treatments
This webinar, presented by Dr Negin Zhalehjoo, Andrew Papacostas and Dr Didier Bodin, focuses on the outcomes of an Austroads research project &ldquo
Fatigue Performance of Foamed Bitumen Stabilised Pavements Under Full-scale Accelerated Loading
This report presents the findings of a project that evaluates the fatigue performance of foamed bitumen stabilised (FBS) pavements under accelerated loading. Using accelerated pavement testing, the project evaluated three FBS host materials (100%…
Laboratory Fatigue Characterisation of Foamed Bitumen Stabilised Materials
This report documents a project to develop a new laboratory fatigue relationship to predict the performance of foamed bitumen stabilised (FBS) materials. The project focused on extensive laboratory experiments including indirect tensile testing and…