Professor of Applied Mathematics, Director of EPSRC CDT InFoMM, University Lecturer in Industrial and Interdisciplinary Mathematics
+44 1865 283884
University of Oxford
Andrew Wiles Building
Radcliffe Observatory Quarter
Inducing chondrogenesis in MSC/chondrocyte co-cultures using exogenous TGF-β: a mathematical model.
Journal of theoretical biology volume 439 page 1-13 (February 2018)
Instability in the self-similar motion of a planar solidification front
IMA JOURNAL OF APPLIED MATHEMATICS issue 1 volume 83 page 106-130 (February 2018) Full text available
ASYMPTOTIC ANALYSIS OF A MULTIPHASE DRYING MODEL MOTIVATED BY COFFEE BEAN ROASTING
SIAM JOURNAL ON APPLIED MATHEMATICS issue 1 volume 78 page 418-436 (2018) Full text available
Turbulent shear layers in confining channels
JOURNAL OF TURBULENCE issue 6 volume 19 page 431-445 (2018) Full text available
ASYMPTOTIC ANALYSIS OF A SILICON FURNACE MODEL
SIAM JOURNAL ON APPLIED MATHEMATICS issue 2 volume 78 page 1174-1205 (2018) Full text available
Professor Colin Please works on the mathematical modelling of physical phenomena arising in practical problems and interpreting the results
into the original context His research takes place at the interface ofmathematics with other disciplines primarily engineering, and bio-science. He develops mathematical models primarily using partial differential equations employing asymptotic methods and numerical methods to understand the resulting behaviour. He has a particular longstanding interest in Mathematics with Industry Study Groups which are very active in the UK with rapidly growing similar activities internationally. These Study Groups bring academic mathematicians together with practitioners in
industry to identify methods for modelling their technical problems arising in industrial manufacturing processes. They are a fantastic method for training new applied mathematicians in the methods of mathematical modelling.
He is a director of the EPSRC Centre for Doctoral Training in Industrially Focussed Mathematical Modelling.
Part A Differential Equations - Michelmas term 2012