The Climate and Fluid Physics group carries out research on fluid flow problems relevant to Earth, using both numerical modelling and laboratory experiments in the Geophysical Fluid Dynamics (GFD) laboratory.
We are interested in problems ranging from ocean circulation to ice melting, from convection to waves and turbulence and from lava flows to climate dynamics. You can find us in the Jaeger 7 Building.
Below is a non-exhaustive listing of the research carried out by the Climate and Fluid Physics group. Click on the links for more information about a specific topic.
- Southern Ocean Circulation
- Internal Waves and Turbulence
- Dynamics and Thermodynamics of the Sea Surface
- Ocean Convection
- Melting of ice sheets
Potential student projects
Student projects at the undergraduate, Honours, Masters and PhD levels are available in many areas related to Climate and Fluid Physics, including the research topics listed above. Below are a few examples of potential projects.
Potential student enquiries about these or other projects are always welcome. Please contact a relevant member of our group (go to the Members tab above).
Take a look at some of our modelling and laboratory flow visualisations:
The group's Google Scholar profile listing publications by current group members is here.
Climate and Fluid Physics hold regular social events including dinners, annual retreats, and ski trips. A gallery of the group's social activities is here.
Climate and Fluid Physics is a key contributor to the Consortium for Ocean and Sea Ice Modelling in Australia (COSIMA), which is building the ACCESS-OM2 suite of coupled global ocean and sea-ice models.
Climate and Fluid Physics is a node of the ARC Centre of Excellence for Climate Extremes.
Research support officers
|Climate & Fluid Physics||Potential|
|Melting of Ice Sheets||Current|
|Ocean internal waves and turbulence||Current|
|Oceanic internal waves: energy, mixing and momentum||Potential|
|Regional Hydrologic Studies||Potential|
|Southern Ocean Circulation||Current|
|The Climatic Influence of Eddies in the Southern Ocean||Potential|
|The dynamics and thermodynamics of the sea surface||Current|