Publications

Showing 1 - 9 of 9 Publications
Webinar: Increasing the Use of Recycled Glass in Road Infrastructure
This webinar, presented by Dr James Grenfell and Dr Didier Bodin, focuses on the development of a specification on the supply of recycled crushed glass sand as part of a project to support increased use of recycled crushed glass (RCG) in road…
Crushing, Processing and Cleaning of Recycled Crushed Glass for Transport Infrastructure
The purpose of this guideline is to provide potential recyclers with the information they need to gain a better understanding of how recycled crushed glass (RCG) should be processed to make it fit-for-purpose for infrastructure applications. This…
Development of a Specification for Recycled Crushed Glass as a Sand Aggregate Replacement
This report presents the technical basis for the development of the Austroads technical specification and guideline for the use of recycled glass in bedding, backfilling material, concrete, road drainage, embankment fill, and landscaping…
Deformation Performance of Foamed Bitumen Stabilised Pavements Under Full-scale Accelerated Loading
This report details the first phase of Austroads project TT2046 Improving the Cost Effectiveness of Foamed Bitumen Stabilised Pavements which evaluated the deformation performance of foamed bitumen stabilised materials
Determining the Foaming Characteristics of Bitumen
Foaming of bitumen permits the bitumen to be evenly distributed throughout a soil or a granular material. It is critical for the bitumen to remain as viable foam for a period to enable it to be successfully blended into the host material.
Resilient Modulus of Foamed Bitumen Stabilised Materials
This method describes the procedure for the laboratory determination of the resilient modulus of test cylinders of foamed bitumen stabilised mixes using repeat load indirect tensile techniques.
Mixing of Foamed Bitumen Stabilised Materials
This method describes the procedure for adding foamed bitumen to a granular material to produce foamed bitumen stabilised material. The method is applicable to materials with a maximum nominal particle size of 40 mm (i.e. 100% passing the 37.5 mm…
Compaction of Test Cylinders of Foamed Bitumen Stabilised Materials Part 1: Dynamic Compaction using Marshall Drop Hammer
This method describes the procedure for compacting cylindrical test specimens suitable for use in the determination of physical properties. The method is applicable to materials with a maximum nominal particle size of 40 mm (i.e. 100% passing the 37.…
Guide to Pavement Technology Part 10: Subsurface Drainage
Part 10: Subsurface Drainage provides advice on the general requirements for drainage materials, design of pavement drains and construction and maintenance considerations. This Part contains information on the types and uses of subsurface drainage…