Find your prospective supervisor, research project or research group, collaborator or expert by searching UNSW Sydney Researcher Profiles. Use keywords to view their research interests, publications and areas of expertise.

Ice Cream Meltdown

Field of Research (FoR):

Everyone has experienced the sadness associated with melting ice cream, but there are actually some fascinating physics at work that determine the time it takes for a block of ice cream to melt and collapse under its own weight.
Measuring Asian Art's Contribution to Contemporary Culture

Field of Research (FoR):
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Through the development of an innovative methodology combining art theory and curatorial practice, this project provides comprehensive analysis of the role played by Asian (and Australian) visual art in understanding how places and communities are transformed by the impact of immigration/migratio
Models to inform prevention and control of emerging infectious diseases in real time

Field of Research (FoR):
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This proposed research addresses the need for real-time tracking of emerging infectious diseases, both spatially and temporally, to inform international and national outbreak response teams, aid in the implementation of real-time containment strategies and ultimately the timely control of emergin
Advanced Nanomaterial for Harvesting and Processing of Microalgae

Field of Research (FoR):

A research opportunity exists for undergraduate and higher degree research student in science and engineering to investigate the use of advanced nanomaterials for microalgae harvesting and processing at UNSW's School of Chemical Engineering.
Food Emulsion Microstructure and Shape Effects

Field of Research (FoR):

The stability of many foods is based on, or affected by, emulsions arrested by colloids. Prediction, and thus optimization, of these products’ stability is often impossible because practitioners lack the fundamental understanding needed to design microstructural and rheological properties.
Modelling Markup Language Representation for Biological Tissues

Field of Research (FoR):
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Anatomically-accurate model of rabbit cardiac pacemaker tissue defined using the MML framework, illustrating a propagating electrical wavefront emanating from the central pacemaking site.
Modelling Cardiovascular–Rotary Blood Pump Interactions

Field of Research (FoR):
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Simplified fluid-structure interaction model of ventricular assist flow in the presence of contracting heart wall and aortic valve leaflets. Ventricular inlet (left) and outlet (right) boundaries are shown as white squares, and ventricular assist flow occurs through the outlet at the bottom.