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Blast and impact loadings on structures

The purpose of this research is to identify improve the current design approaches and develop innovative structural systems to mitigate damage caused by extreme loadings such as bla more...

Supervisor(s): Mohotti, Damith (Dr)

Development of smart materials impedance graded composite materials in blast and impact mitigation

The purpose of this research is to develop novel composite materials and structural systems which have wide range of applications. more...

Supervisor(s): Mohotti, Damith (Dr)

Simulation of dynamic fracture propagation

The purpose of this research is to develop a computational method for dynamic fracture propagation associated with impact and blast. more...

Supervisor(s): Dias-da-Costa, Daniel (Dr)

Bioinformatics approach to Cryptosporidium identity: database prospects

The Bioinformatics approach to Cryptosporidium identity: database prospects study will examine (i) the applicability of web based platform to clinical and field data and (ii) develo more...

Supervisor(s): Slapeta, Jan (Professor)

Structural Engineering

Visit our website at https://sydney.edu.au/engineering/our-research/infrastructure-and-transport/centre-for-advanced-structural-engineering.html We welcome applications from hi more...

Supervisor(s): Rasmussen, Kim (Professor), Wilkinson, Tim (Associate Professor), Ranzi, Gianluca (Professor), Shen, Luming (Associate Professor), Zhang, Hao (Dr)

Development of a CFD based numerical approach in predicting wind loads on structures

The purpose of this research is to identify alternative approaches to traditional wind tunnel based design procedure and improve the current design standards. more...

Supervisor(s): Mohotti, Damith (Dr)

Evaluation of possible head Injuries in construction and sport fields

This research is geared towards studying the behaviour of a human head during the event of an impact in sport or construction fields. Experimental and numerical studies will be carr more...

Supervisor(s): Mohotti, Damith (Dr)

Damage, fracture and fragmentation of concrete at high strain rates

The project aims to characterize and model concrete at high strain rates, and to study the damage, fracture and fragmentation of concrete subjected to high rate loads through an int more...

Supervisor(s): Shen, Luming (Associate Professor)

Dynamic deformation of polycrystalline metals under impact

The project aims to develop a physics-based crystal plasticity model for predicting the dynamic deformation of polycrystalline metals under the high-strain-rate and shock loading co more...

Supervisor(s): Shen, Luming (Associate Professor)

Dynamic Responses of Granular Materials to Impact Loading

This project aims to experimentally investigate the dynamic responses of granular materials to high strain rates loading using split Hopkinson bar. The experimental data will be use more...

Supervisor(s): Shen, Luming (Associate Professor)