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Project 17.1

Feasibility study on condition assessment and remaining life prediction of full-depth asphalt pavements in toll roads

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Project 18.1

Use of big data analytics including machine learning to interpret pavement condition data for pavement remaining life analysis

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Project 2.1

Advancements and innovations in bound pavement bases: large scale and pre-implementation testing – foam bitumen

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Project 2.2

Fibre (plastic/steel/graphene) as potential reinforcement in continuously reinforced concrete pavements (CRCP)

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Project 2.3

Early damage reduction in pavements including the use of bio-assisted methods

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Project 2.4

Fatigue damage prediction of pavement materials and appropriate test methods paying attention to shift from laboratory to field scale

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Project 2.5

Advancement of sustainable airport pavement construction and rehabilitation and design addressing challenges faced by Australia

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Project 2.6

Development of porotype concepts/components/analytics using 3D printing technology for pavement rehabilitation including asphalt re-sheeting of degraded pavements

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Project 2.7

Accelerometric vs profilometric roughness measurements

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Project 3.1

Quantifying the benefits of intelligent compaction for unbound/subgrade pavement performance

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Project 3.2

Use of L-band radiometer or other suitable sensing techniques for remote moisture measurements of unbound materials and soil subgrades

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Project 3.3

Remote sensing and advanced analysis of measurements of density through the possible use of appropriate sensing techniques, including LIDAR and GPS

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