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Prof Fionn Dunne, FREng,<br />

MIMechE<br />

Chair in Micromechanics<br />

Department of Materials<br />

Director of RR NUTC<br />

Prior to coming to Imperial in<br />

2012, Fionn was Professor of Engineering<br />

Science at Oxford University. His current<br />

research is in the fundamentals of deformation<br />

and failure, particularly relating to hcp<br />

polycrystal and Ni alloys and includes computational<br />

crystal plasticity, discrete dislocation<br />

plasticity, micro-deformation, fatigue crack<br />

nucleation, texture and dislocation structure<br />

development and polycrystal sonics for NDE.<br />

He leads the EPSRC programme grant Heterogeneous<br />

Mechanics in Hexagonal Alloys across<br />

Length and Time Scales (http://www3.imperial.<br />

ac.uk/hexmat), directs the Imperial Rolls-Royce<br />

Nuclear University Technology Centre (http://<br />

www3.imperial.ac.uk/rrnuclearutc), and Co-Directs<br />

the AVIC-BIAM Centre for Materials (http://<br />

www3.imperial.ac.uk/avic-biam).<br />

Fionn is a consultant to Rolls-Royce, a member<br />

of their Core Materials Working Group and was<br />

a Royal Society Industry Fellow in 05/06, which<br />

he spent with Rolls-Royce. He is Honorary Professor<br />

with the Beijing Institute of Aerospace<br />

Materials, and is Emeritus Fellow of Hertford<br />

College Oxford.<br />

zirconium. His group work on problems across<br />

the life-cycle from alloy design to processing to<br />

fatigue and failure. The impact of this research<br />

is the delivery of safer, lower emissions air<br />

transport and energy systems.<br />

David has also worked at a number of nuclear<br />

sites, including Berkeley labs in the UK and the<br />

Chalk River labs in Canada.<br />

Dr Matthew Eaton<br />

Lecturer in the Nuclear<br />

Engineering Group<br />

Department of Mechanical Engineering<br />

Matthew researches computational<br />

radiation transport,<br />

computational fluid dynamics,<br />

nuclear criticality, cloud radiation physics, nuclear<br />

reactor physics, radiation shielding and<br />

dosimetry, infra-red optical tomography, highresolution<br />

finite volume methods, sub-grid<br />

scale modelling, non-linear Petrov-Galerkin<br />

methods, mesh generation, coupled radiation/<br />

heat/fluid dynamic problems and algebraic<br />

multigrid solvers.<br />

Matthew is also the NEA databank representative<br />

for Imperial College and as such deals with<br />

the dissemination of nuclear data, computer<br />

programmes, and associated documentation.<br />

Prof David Dye, FIMMM<br />

Professor of Metallurgy<br />

Department of Materials<br />

David’s research interests focus<br />

on the micromechanics of jet<br />

engine, aircraft and reactor materials,<br />

particularly superalloys, titanium and<br />

Dr Joy H. Farnaby<br />

Junior Research Fellow<br />

Department of Chemistry<br />

Joy joined the Chemistry Department<br />

in 2014 as a Junior<br />

Research Fellow on a project entitled,<br />

‘New routes to multi-metallic nono- and<br />

bulk materials containing f-block elements.’<br />

13 http://www.imperial.ac.uk/nuclear-engineering

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