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See also: the old Applied Maths research page.
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Porous and disordered materials
Porous rocks. Bone. Paper. Granular matter.
How do we describe and compare structures of complex materials? How does oil, water, gas, or nuclear waste flow through porous rocks? Why does ink-jet printing give clear and sharp lines on some papers, while it smudges on others. These questions are of enormous interest to both the pure scientific and the industrial communities.
A major shortcoming in the understanding of processes involving complex porous and composite materials has been the inability to accurately characterise the microstructure. Successful predictive modelling of the properties of real materials is reliant on this accurate characterisation. Our group is addressing these issues with a combination of theoretical, computational and experimental skills.
Links:
People:
Mark Knackstedt,
Tim Senden,
Tomaso Aste,
Christoph Arns,
Andrew Fogden,
Vanessa Robins,
Arthur Sakellariou,
Adrian Sheppard,
Rob Sok,
Holger Averdunk,
Ajay Limaye (ANU Vizlab),
Paul Veldkamp,
Abid Ghous,
Anthony Jones,
Munish Kumar,
Michael Turner.
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Surface science and interfacial forces
topics here
Summary paragraph here.
Links:
People:
Vince Craig,
Tim Senden,
Andrew Fogden,
Drew Evans,
Mika Kohonen,
Nobuo Maeda,
Chiara Neto,
Shannon Notley,
Par Wedin,
Christine Henry,
Shaun Howard.
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Soft matter and self assembly
Polymer physics. Surfactants. Biophysics. Biomorphs.
Summary paragraphs here.
Links:
People:
Vince Craig,
Stephen Hyde,
Stjepan Marcelja,
Barry Ninham,
David Williams,
Lilliana DeCampo,
Ankie Larsson,
Drew Parsons,
Anna Carnerup,
Vivianne Deniz.
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Crystalline and Complex Networks
Epinet. Econophysics.
Summary paragraphs here.
Links:
People:
Tomaso Aste,
Stephen Hyde,
Tiziana Di Matteo,
Stuart Ramsden (ANU Vizlab),
Vanessa Robins,
Adrian Sheppard,
Toen Castle.
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