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313:, which is focussed on characterising and modelling the meso to macro scale mechanics of alloys. In particular, he is interested in researching the use of data-centric methods to interrogate and describe material mechanical behaviour which can then be used to predict the condition of components of nuclear power plants.
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in 1995 to take up a post as lecturer in
Mechanical Properties of Materials, and was also appointed assistant director of Research of the Rolls-Royce University Technology Centre. His research at that time focussed on fatigue and creep in nickel based
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Fellow. His work focusses primarily on understanding and modelling the degradation mechanisms in metallic materials and their interrelation with the structural integrity of rotating and static equipment in the energy sector.
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329:). He holds two European patents and has authored over 100 academic papers - five of which have been cited over 100 times - and he has also given a number of invited lectures and conference keynotes
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in single crystals. In 2001 Knowles returned to New
Zealand to take up the role of CTO at MPT Solutions, where he continued to publish academic papers with a developing interest in
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in natural sciences (taking
Materials Science and Metallurgy in Part II). He then went on to complete a PhD in 1991 - on the topic of the fatigue and fracture behaviour of
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as their materials authority in the energy sector, focussing on offshore wind turbine foundations and nuclear
Advanced Gas Reactors. In 2016 he took up a post at the
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for advanced materials research in 2019. He has continued his research as the principal investigator on the 'Sindri' prosperity partnership
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at St
Catharine's College, Cambridge, before moving to New Zealand to work as a research and consultancy
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Knowles, David (15 September 2003). "Mechanism of< 1 1 2>/3 slip initiation and anisotropy of γ
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438:"South West Nuclear Hub celebrates research and skills growth on two year anniversary"
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Knowles was awarded a
Fellowship of the Institute of Materials, Minerals and Mining (
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as
Professor of Nuclear Engineering, and co-director of the South West Nuclear Hub.
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562:"Predicting fatigue crack initiation through image-based micromechanical modeling"
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for advanced materials research. From 2016 to 2019, he was the co-director of the
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677:"R5 High Temperature Creep-Fatigue Life Assessment for Austenitic Weldments"
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project, working with a number of university partners alongside EDF and
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166:(born 6 January 1967) is Professor of Nuclear Engineering at the
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based composites - under the supervision of Dr Julia King (now
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385:"Royce Institute announces new CEO to join in February 2019"
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Fellows of the
Institute of Materials, Minerals and Mining
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753:Fellows of the Royal Academy of Engineering
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301:Knowles was named Chief Executive of the
249:Knowles began his career in 1991 with a
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414:"Professor David Knowles - Our People"
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290:technologies. In 2010, he moved to
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531:Materials Science and Engineering
201:St Catharine's College, Cambridge
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170:and Chief Executive of the UK's
560:Knowles, David (1 March 2007).
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588:10.1016/j.actamat.2006.10.038
543:10.1016/S0921-5093(03)00148-5
733:Royal Academy of Engineering
694:10.1016/j.proeng.2014.11.044
675:Knowles, D.M. (2014-01-01).
610:www.sindri-partnership.ac.uk
495:Jackson, Sue (Spring 1997).
468:Royal Academy of Engineering
383:Belfield, Mia (2018-12-12).
359:Royal Academy of Engineering
213:Baroness Brown of Cambridge
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656:"ESIA15-ISSI2019 | FESI"
191:Knowles was educated at
592:Elsevier Science Direct
504:Cambridge Material Eyes
263:University of Cambridge
259:Industrial Research Ltd
127:University of Cambridge
497:"Back from down-under"
442:South West Nuclear Hub
317:Awards and recognition
280:Shell Global Solutions
176:South West Nuclear Hub
389:Henry Royce Institute
303:Henry Royce Institute
296:University of Bristol
172:Henry Royce Institute
168:University of Bristol
134:Henry Royce Institute
131:University of Bristol
117:Materials Engineering
96:Henry Royce Institute
681:Procedia Engineering
635:scholar.google.co.uk
606:"SINDRI Partnership"
113:Structural Integrity
580:2007AcMat..55.1757C
251:research fellowship
205:first class honours
748:Fracture mechanics
354:"New Fellows 2015"
276:crystal plasticity
235:has a profile for
529:°C and 750 MPa".
444:. 24 October 2018
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26:David Knowles
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255:metallurgist
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123:Institutions
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723:1967 births
687:: 315–326.
537:: 352–367.
268:superalloys
76:New Zealand
71:Citizenship
717:Categories
661:2021-04-15
641:2021-04-15
615:2022-06-06
423:2021-04-13
394:2021-04-13
333:References
272:anisotropy
156:Professor
145:Julia King
91:Occupation
55:1967-01-06
16:Researcher
703:1877-7058
187:Education
23:Professor
473:13 April
448:15 April
365:13 April
65:Bridport
576:Bibcode
233:Scholia
74:British
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292:Atkins
219:Career
180:Atkins
178:, and
109:Fields
500:(PDF)
327:FREng
323:FIMMM
311:UKAEA
307:EPSRC
164:FIMMM
161:FREng
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30:FREng
699:ISSN
510:: 4.
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286:and
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Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.