ATS 5452 sets out the requirements for the hot dip galvanizing of steel articles where the galvanized coating is applied after fabrication.

Concrete is the most widely used material in transport infrastructure, and one of the largest sources of embodied carbon in road and rail projects. Because these emissions are locked in at the point of construction, reducing emissions from concrete

Austroads Technical Specification ATS 5310 sets out the requirements for the supply, fabrication, handling and placement of steel used for the reinforcement of concrete (‘reinforcing steel’).

This research report comprehensively explores strategies for reducing emissions associated with cement and concrete use in transportation infrastructure, with a focus on Australia and New Zealand.

This project involved the development of a guideline for bridge owners on managing the risk of bridge flooding, scour and resilience due to floods and an update to the Austroads Guide to Bridge Technology Part 8: Hydraulic Design of Waterway

Austroads Technical Specification ATS 5450 sets out the requirements for the protective treatment of structural steelwork by painting.

Austroads Technical Specification ATS 5430 sets out the requirements for the fabrication of Aluminium components for bridges, gantries, roadside furniture, poles and related structures.

This Guideline provides a framework for managing risks to bridge infrastructure caused by floods, focusing on improving resilience, operational performance safety.

Guide to Bridge Technology Part 8 provides a guideline for issues related to the waterway design of bridges. It covers various topics such as design flood standards and estimation methods, general considerations in waterway design and design

Austroads' Bridge Assessment Guideline: Heavy Vehicles emphasises risk-informed decision-making for the asset management of road bridges and the management of heavy vehicle access. The emphasis on decision-making, rather than focussing only on…