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The
Centre for Engineering and Applied Mathematics (CEAM)
is one of 4 programs within the Institute of Mathematics
and Applied Statistics (IMAS). The activities of the
research group cover a very broad range of the mathematical
sciences and are directed towards |
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- nonlinear
continuum mechanics including large elastic deformations
of rubberlike materials
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- elasticity
and fracture mechanics
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- chemical
reaction engineering
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- computational
environmental fluid dynamics
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- applied
nonlinear dynamical systems
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- Lie
group analysis of nonlinear differential equations
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- computational
mathematics
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The strong links between the groupings within IMAS is a crucial
feature of CEAM’s research culture and enables a very
productive research environment.
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| Aims
of CEAM: |
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| Staff: |
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current members of CEAM are: |
| Professor
Jim
Hill
Associate Professor
Des Clarke (Retired)
Phil Laird
Tim Marchant
Songping Zhu
Senior
Lecturer
Joanna Goard
Mark Nelson
Annette Worthy
Lecturer
Grant Cox
Maureen Edwards
Xiaoping Lu
Research
Fellow
Miccal
Matthews
Natalie Thamwattana
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Back
row: Song-Ping Zhu, Xiao-Ping Lu, Frank Beirbrauer, Tim Marchant,
Natalie Thamwattana, Jim Hill
Front row: Maureen Edwards, Joanna Goard, Grant Cox, Mark
Nelson,
Sayed Mohammad Hoseini
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Postgraduate
Students: |
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| Isobel
Frean |
| Sayed
Hoseini |
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New
recruits are integrated into the research environment by allocation
of a mentor and involvement in the running of the group’s
research activities (eg seminar series, co-supervising research
students etc).
Most of the members of CEAM are members of ANZIAM,
the Australian and New Zealand Industrial and Applied Mathematics
division of the Australian Mathematical Society. They regularly
support the ANZIAM annual conferences as well as the Mathematics
in Industry study group (MISG), a workshop based on problems
from all kinds of businesses and industries.
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| Seminars |
Possible
PhD topics for future students:
- Spontaneous Combustion of Compost Heaps
- Mathematical Modelling of Advanced Drug Delivery Systems
- Mathematical Modelling of Bioreactors
- Poisoning of catalytic surfaces.
- Heterogeneously catalysed combustion: Analysis of simple
mathematical models.
- Carbon monoxide oxidation over catalysts.
- Singularity theory analysis of reaction-diffusion-advection
models arising in chemical reactor engineering.
- Analysis of reaction-diffusion cells.
- The use of natural oscillations to improve product yield
in bioreactors.
- Cool Flames and Engine Knock
- Periodic Forcing to improve the yield of heterogeneously
catalysed bimolecular reactions.
- Semi-analytical solutions for reaction-diffusion equations.
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