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Disruption and persistence: resolving the Maya climate-collapse hypothesis

This project will to test the climate-catastrophe theory of the Classic ‘Maya Collapse’ of the 8-11th centuries A.D., by generating a detailed record of climate and huma more...

Supervisor(s): Penny, Daniel (Associate Professor)

Improving the Health of Urbanised Estuaries

Degraded estuaries, such as those in close proximity to urbanization, have a limited capacity to process contaminants as they have lost animals key to improving sediment and water q more...

Supervisor(s): Bugnot, Ana (Dr)

REGIONAL ECONOMIC DYNAMICS IN CHINA AND WHAT THEY MEAN FOR SUSTAINABILITY

This project will employ structural decomposition analysis and a comprehensive Chinese database (Wang et al. 2015; Wang 2017) to analyse changes in China’s economic structure more...

Supervisor(s): Malik, Arunima (Dr)

Robyn Dowling's Research Area

Robyn Dowling's Academic Profile more...

Supervisor(s): Dowling, Robyn (Professor)

Duanfang Lu's Research Profile

Duanfang Lu's Academic Profile more...

Supervisor(s): Lu, Duanfang (Professor)

Efficient Large Eddy Simulations of Helicopter Aerodynamics and Aeroacoustics

This project aims to push forward the state of the art in unsteady turbulent simulations of helicopters and UAVs flying in atmospheric turbulence generated over ships and through ur more...

Supervisor(s): Thornber, Ben (Dr)

Martin Tomitsch's Research Area

Martin Tomitsch's Academic Profile more...

Supervisor(s): Tomitsch , Martin (Associate Professor)

Urbanism after Angkor (14th-18th century): re-defining Collapse

The collapse of the medieval city of Angkor, in modern Cambodia, and its kingdom created an historical ‘dark age’ that we believe is more apparent than real. Applying a more...

Supervisor(s): Penny, Daniel (Associate Professor)

Inverse Methods for Characterising Hydraulic Properties of Soils Under Unsaturated Conditions

New indirect methods for estimating material properties of partially saturated soils are developed based on infiltration tests and inversion of multi-phase hydro-mechanical equation more...

Supervisor(s): El-Zein, Abbas (Professor)

Discontinuous Discrete Methods for Solving the Multi-phase Hydro-mechanical Behaviour of Partially-saturated Soils

The goal of the project is to develop robust finite-element type solvers of the equations describing the multi-phase hydro-mechanical behaviour of partially saturated soils, hence a more...

Supervisor(s): El-Zein, Abbas (Professor)