[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

Tim Ramjaun
tir20@cam.ac.uk

Wilberth Solano
ws298@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 Hawizy
hh417@cam.ac.uk

Di Wen
dw361@cam.ac.uk

Visiting Scholars

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.

Research
Teaching
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Theses
Fe alloys
Slides / Movies / Stills
Non-Fe YouTube
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Recent Papers Miscellaneous
Ausforming Photographs
Ternary pearlite
Phosphorus at ferrite boundaries
Magnetisation Past Members
Stressed duplex Links
Superbainite bearings?
Cracking bearings
White matter in bearings
Tempering nanostructure
NbC in slabs
Multiple treatment
Hydrogen in TWIP steel
Spheroidisation of superbainite
Multipass TRIP welds
Adiabatic shear
Banaras Metallurgist
Hydrogen percolation
FSW tool durability
Rolling-sliding wear
Dual-phase production
Hydrogen and aluminium
Segregated microstructure
Detection of segregation
Coalesced martensite

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