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- Goldsmid Professor of Mathematics
- Dept of Mathematics
- Faculty of Maths & Physical Sciences
Frank is a long-standing Fellow of the Royal Society: he was elected to the Society in 1984.
Frank is also the Goldsmid Professor of Applied Mathematics.
- Biomaterial and Tissue Engineering Group
- CoMPLEX Research Group
- Fluid mechanics
- Haemodynamic Research Group
- Institute of Healthcare Engineering
- Mathematical modelling in biology, finance, industry and society
- Mechanisms of angiogenesis
- Medical Engineering Centre
- Pure and applied analysis
- UCL Centre for Materials Research
- UCL Medical-Modelling Group
Research summary of Professor Frank T Smith FRS.
(a) Biomedical modelling, (b) industrial modelling, (c) social / human interaction modelling and (d) bio-process modelling are the main thrusts here, with (a), (b) involving a background in the theory of solids and of fluid flows at medium to high Reynolds numbers (fast fluid flows), including the development of corresponding analysis and accurate computational fluid dynamics. The phenomena of interest include interaction, separation, instability, transition and turbulence, especially for slender layers and internal or external motions. The real applications are in industry, such as for food quality, flight safety, in biomedicine, such as for stroke, incontinence, and in atmospheric dynamics, machinery dynamics, engine flows, including in particular air flow past cars, helicopters and hills, water motion past ships, droplets and splashing. Two fundamental examples are to find the rapid flow past a bluff body or past a liquid droplet, at medium to high Reynolds numbers, possibly with flow separation and with transition from laminar to turbulent motion in the boundary layer and detached shear layers. The recent development (c) includes rumour propagation, crime spreading and consumer behaviour, while the recent development (d) involves collaboration with biochemical engineering on modelling problems.
|1972||PhD||Doctor of Philosophy – Applied and Engineering Mathematics||University of Oxford|