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Prof Holger Babinsky
Dimensional analysis
- development of simple models across aerodynamics
Scaling arguments
- development of simple models across aerodynamics
Empirical modelling
- development of simple models across aerodynamics
Reduced models
- development of simple models across aerodynamics
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Dr Silvana Cardoso
Dimensional analysis
- plumes/thermals/porous media with chemical reaction
Scaling arguments
- plumes/thermals/porous media with chemical reaction
Reduced models
- plumes/thermals/porous media with chemical reaction
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Prof Mike Cates
Scaling arguments
- scaling laws for phase separation, coarsening, correlation lengths
Empirical modelling
- constitutive modelling of complex fluids
Reduced models
- continuum models derived by coarse graining of molecular descriptions
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Dr Alex Copley
Dimensional analysis
Scaling arguments
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Dr Stephen Cowley
Scaling arguments
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Dr Bart Hallmark
Reduced models
- basic application of Giesekus & upper convected Maxwell constitutive equations to capillary thinning
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Prof Simone Hochgreb
Dimensional analysis
Scaling arguments
Empirical modelling
Reduced models
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Prof Marian Holness
Empirical modelling
- simple models to place order-of-magnitude constraints on timescales and length scales
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Prof Matthew Juniper
Dimensional analysis
- general use of the technique
Scaling arguments
- general use of the technique
Reduced models
- development and use of low order models
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Dr Iris Möller
Empirical modelling
- wind-generated water wave dissipation in shallow water over vegetated surfaces
Reduced models
- wind-generated water wave dissipation in shallow water over vegetated surfaces
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Dr Alex Routh
Dimensional analysis
Scaling arguments
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Dr John Rudge
Dimensional analysis
Scaling arguments
Empirical modelling
Reduced models
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Prof Paul Tucker
Reduced models
- distributed actuator disc models for fans and compressors
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Dr Nathalie Vriend
Empirical modelling
- mathematical models of granular systems derived from experiments
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Prof Ian Wilson
Dimensional analysis
Empirical modelling
Reduced models
- development of phenomenological models for processes
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