[A logo showing the University of Cambridge Crest] Phase Transformations & Complex
Properties Research Group
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Professor Sir Harry Bhadeshia
hkdb@cam.ac.uk

Dr Steve Ooi
Deputy Director, SKF UTC
swo23@cam.ac.uk

Dr Tim Ramjaun
tir20@cam.ac.uk

Chris Hulme-Smith
cns28@cam.ac.uk

Dr Wilberth Solano
ws298@cam.ac.uk

Dr Dominik Dziedzic
djd52@cam.ac.uk

Doctoral Students

Guo Lei
lg446@cam.ac.uk

Joachim Dias
jovd2@cam.ac.uk

Neelabhro Bhattacharya
nb479@cam.ac.uk

Arunim Ray
ar724@cam.ac.uk

Di Wen
dw361@cam.ac.uk

Gebril El-Fallah gmae2@cam.ac.uk

Zixin Huang
zh280@cam.ac.uk

Shaumik Lenka sl788@cam.ac.uk

M. Phil. Student

Ailsa Kiely
ak932@cam.ac.uk

Visiting Scientists


Professor Andre Barros-Cota
ab2347@cam.ac.uk

Secretary

Anita Bailey
ab2040@cam.ac.uk

Editorial Assistant

Anne Chippindale
amc61@cam.ac.uk

Honorary Member

Dr Mathew Peet
mathew.peet@gmail.com

The arrangement of atoms in a solid depends on parameters such as the composition, stress, temperature and magnetic field. A transformation is a change in this arrangement; we attempt to predict these changes and their consequences, in the hope of creating novel alloys and processes.

Research
Teaching
Cartoons
Theses
Fe alloys Graphene
Slides - Movies - Stills
Non-Fe YouTube
Books Subjects Critical assessments

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Update
Recent Papers 3rd edition
Difficult diffusion
Adiabatic shear?
Hydrogen in nanostructure
Magnetic carbides
Preventing hydrogen embrittlement
Impact toughness: nanostructured bainite
Wear of fine pearlite
Iron aluminide 3rd edition
Electrical processing of materials Photographs
High entropy alloys Links
Nuclear pressure vessel
Surface stresses in welds
Carbon anomalies Past Members
Elimination of white matter
Thixiotropic bainite
Martensite-start prediction
Tolerable phosphorus
Aeroengine bearing
Ternary pearlite
Phosphorus at ferrite boundaries
Magnetisation

Materials Science & Metallurgy, University of Cambridge
27 Charles Babbage Road, Cambridge CB3 0FS, U.K.