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

Dr Steve Ooi
swo23@cam.ac.uk

Dr Mathew J. Peet
mjp54@cam.ac.uk

Dr Lin Sun
ls626@cam.ac.uk

Doctoral Students

James Nygaard
jrn36@cam.ac.uk

Chris Hulme-Smith
cns28@cam.ac.uk

Ed Pickering
ejp57@cam.ac.uk

Tim Ramjaun
tir20@cam.ac.uk

Subhankar Das Bakshi
sd444@cam.ac.uk

Wilberth Solano
ws298@cam.ac.uk

Mandla Sibanda
ms2115@cam.ac.uk

Guo Lei
lg446@cam.ac.uk

Joachim Dias
jovd2@cam.ac.uk

Neelabhro Bhattacharya
nb479@cam.ac.uk

Arunim Ray
ar724@cam.ac.uk

Halan Hawizi
hh417@cam.ac.uk

M. Phil. Students

Di Wen
dw361@cam.ac.uk

Christopher Duffy
cjd61@cam.ac.uk

Visiting Scholars

Dr M. C. Tsai
mct43@cam.ac.uk

Dr Aseel Al-Hamdany
aaa68@cam.ac.uk

Dr Ting Ping Hou
th477@cam.ac.uk

Secretary

Anita Bailey
ab2040@cam.ac.uk

Editorial Assistant

Anne Chippindale
amc61@cam.ac.uk

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.

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Fe alloys Vacancy: Senior Research Associate
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Recent Papers Miscellaneous
Hydrogen in TWIP steel Photographs
Spheroidisation of superbainite
Multipass TRIP welds APMS proceedings
Adiabatic shear Past Members
Banaras Metallurgist Links
Hydrogen percolation
FSW tool durability
Rolling-sliding wear
Brittle zones
Adventures editorial
Dual-phase production
Hydrogen and aluminium
Segregated microstructure
Detection of segregation
Coalesced martensite
Macrosegregation
Toughness anisotropy
TRIP welds
Martensite-austenite
Microstructural entropy
Review: LTT welds
Abrasion of superbainite
Surface hydrogen
Theory for hydrogen

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