Development of a concrete nanocomposite as an alternative to conventional concrete

Project description

In this project, a sustainable concrete composite reinforced with different nanomaterials is produced with complete and simultaneous replacement of cement (binder) with fly ash, natural sand with glass sand, and natural coarse aggregate with recycled concrete aggregate. This nanocomposite will be used as an alternative to conventional concrete. As well as durability and mechanical tests, nano/ and micro/structural tests will also be performed on the samples in the Nanoscale Institute.

Supervisors research focus

I have extensive experience in research on the development of sustainable construction/building materials and technologies. I worked in ARC-Training Centre for Advanced Manufacturing of Prefabricated Housing (ARC-CAMPH) at the University of Melbourne and have been project manager and research leader of three research projects in $2.7M Cooperative Research Centres Projects (CRC-P) round 8. Research Interests: - Infrastructure Materials Engineering: *Recycling waste materials, industrial by-products and natural fibres for the development of sustainable construction materials *Cementitious composites containing nanomaterials *Smart and multi-functional materials for construction *3D printable concrete for automated construction *High performance and ultra-high performance composite *Fibre-reinforced concrete composite *Constitutive and finite element modelling of fibre-reinforced concrete - Structural Engineering: *Behaviour, performance and design of civil infrastructure *Assessment and management of deteriorating civil infrastructure *Infrastructure resilience and sustainability *Construction, repair and rehabilitation practices for civil infrastructure

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