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Sprayed Sealing – Calibration of Bitumen Sprayers
This Pavement Work Tip provides information on the essential elements of the calibration process for bitumen sprayers.
Sprayed Sealing – Selecting Aggregate Size
This Pavement Work Tip details the general principles affecting aggregate size selection and provides recommended aggregate sizes for a range of sealing treatments.
Sprayed Seals – Pre-spraying to Correct Surface Texture
This Pavement Work Tip outlines the procedure to allow for surface texture variations by pre-spraying of additional binder.
Sprayed Sealing – Minimising Handwork
This Pavement Work Tip provides instructions on how to minimise sprayed sealing handwork and gives some suggestions for maximising the use of a sprayer when sealing tapers and roundabouts.
Sprayed Seals – Aggregate Spread Rates and Spreader Calibration
This Pavement Work Tip describes the requirements for the selection of an appropriate design aggregate spread rate and the calibration of aggregate spreading equipment for uniformity and consistency of output.
Sprayed Sealing in Extremely Hot Weather
This Pavement Work Tip refers to minimising the risk of bleeding when carrying out sprayed sealing work during extreme hot weather events, especially when subject to slow moving or stationary heavy traffic, or unusually heavy loads.
Water Retention of Concrete – Filtration
This test method is used to measure the ability of a concrete with a maximum coarse aggregate size of 20 mm or less to retain its water under pressure. This test determines the amount of water de-filtered when concrete is subjected to a certain…
Repair of Concrete Cracks
Austroads Technical Specification ATS 5341 sets out the requirements for the repair of cracks in concrete, including supply and quality of materials, surface preparation, application, relevant testing and acceptance criteria. The technical…
Webinar: Asphalt Laboratory Fatigue Relationships
The Austroads mechanistic-empirical design system documented in Part 2 of the Guide to Pavement Technology uses a laboratory fatigue relationship previously developed by Shell to predict the fatigue life of asphalt layers. The Shell fatigue…
Asphalt Laboratory Fatigue Relationship: Stage 1 Utilisation of Existing Data
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…