Scientific Organiser: Angus Wilkinson, University of Oxford
The annual EBSD meeting offers an opportunity for users and developers of EBSD and related techniques to meet and discuss their work. The main conference will run over two days with a series of technical talks, a lively poster session, an exhibition and ‘techno-bite’ updates on innovations from the EBSD systems suppliers. Similar to 2016, there will be the option of joining an afternoon of tutorial sessions, offering Beginner and Advanced streams, ahead of the conference.
The meeting has been running for over twenty years and we regularly welcome top academics from the UK, European and global research community. This meeting will include talks that focus not only on technique development but also include applications to real engineering problems and scientific questions, as well as approaches to combine data obtained using EBSD with other techniques. EBSD is widely used to develop further understanding in the fields of earth & planetary science, materials science, engineering and physics.
We hope you'll take the opportunity to join us in Oxford and spark a lively debate on current approaches and future developments in this exciting and evolving research field.
Registration is now closed
If you have any queries, please contact Kate Wooding
- 09:15Registration, Tea and Coffee
- 09:45Session One - Chair: Angus Wilkinson
Welcome and Introduction
- 09:55From localized plasticity to crack initiation in metals and alloys: the use of EBSD data - Patrick Villechaise
- 10:25Stress field and plastic deformation mapping during micro-cantilever bending at room and elevated temperature using in-situ HR-EBSD characterization - Xavier Maeder
- 10:45An HR-EBSD of cold creep deformation in Ti-6Al-4V during load holds - David Collins
- 11:05Tea, Coffee and Exhibition
- 11:35Session Two: Chair: Xavier Maeder
New algorithms for high resolution electron backscatter diffraction - Ben Britton
- 11:55Dislocation density characterization in laser target materials using high resolution electron backscatter diffraction - Greg Randall
- 12:15Effect of sample preparation on EBSD plastic strain analysis - Pawel Nowakowski
- 12:35TechnoBite: Combining off-line indexing and partitioning for greatly improved EBSD analysis - René de Kloe, EDAX
- 12:45Lunch and Exhibition
- 13:45Session Three: Natasha Stephen
A New Approach: Combine Kerr-Microscopy with EBSD to determine the degree of grain orientation and quantitative structure information in sinter magnets and soft magnetic material - Stefanie Freitag
- 14:05Mapping anti-phase domains by polarity sensitive orientation imaging using EBSD - Naresh Gunasekar
- 14:25Electron image series for crystal orientation mapping in an SEM: eCHORD - Clement Lafond
- 14:45X-ray micro-diffraction and imaging - Felix Hofmann
- 15:15Tea, Coffee and Exhibition
- 15:45Session Four: Chair: Felix Hofmann
Evaluating the angular resolution of orientation maps obtained by the iCHORD method - Cyril Langlois
- 16:05Prediction of dislocation contrast in electron channelling contrast images from strain-like components analysis - Elena Pascal
- 16:25Kikuchi patterns in single-crystalline direct electron detectors: An alternative way to calibrate the projection center for EBSD applications - Aimo Winkelmann
- 16:45Analysis of NPAR processing of EBSD results for beam-sensitive materials - René de Kloe
- 17:05Poster Session, Prize Giving and Drinks Reception
- 19:00Conference Dinner at Lady Margaret Hall
- 08:30Tea and Coffee
- 09:00Session Five: Ken Mingard
TriBeam tomography for big 3D EBSD data - McLean Echlin
- 09:303D mapping grain morphology and grain orientations by laboratory diffraction contrast tomography - Nicolas Gueninchault
- 09:503D growth of intermetallic crystals studied with 2D EBSD and FIB-serial sectioning - Jingwei Xian
- 10:10Tea, Coffee and Exhibition
- 10:40Session Six: Chair: Ben Britton
Quantifying microstructural strain patterns in interstitial free steel - Jim Hickey
- 11:00Micro-plasticity in martensite and dual-phase steel - micro-tensile tests combined with front and backside EBSD - Johan Hoefnagels
- 11:20A description of the onset of plastic slip of titanium alloys: from single colony to polycrystals - Samuel Hémery
- 11:40An EBSD misorientation study of inelastic strains during high temperature low cycle fatigue deformation of type 316H austenitic stainless steel - Rahul Unnikrishnan
- 12:00Lunch and Exhibition
- 13:00Session Seven: Chair: Lars Hansen
Crystal-geometric features available in EBSD pattern - Gert Nolze
- 13:20Dislocation interactions in olivine revealed by HR-EBSD - David Wallis
- 13:40Extra-terrestrial EBSD: using EBSD to explore the Solar System - Natasha Stephen
- 14:10Tea, Coffee and Exhibition
- 14:40Session Eight: Chair: Gert Nolze
Using transmission Kikuchi diffraction to study alpha variants in a two-phase titanium alloy - Vivian Tong
- 15:00Transmission Kikuchi diffraction for thin film applications - Mikhail Polyakov
- 15:20High speed TKD and its advantages - Daniel Goran
- 15:40A combined transmission Kikuchi diffraction and atom probe tomography study to determine the effect of precipitates on grain characteristics in highly deformed, nanocrystalline Al 7075 alloys - Patrick Trimby
- 16:00Closing Remarks
- 16:10Meeting Close
On Monday 3 April there will be a tutorial workshop with two parallel streams.
One stream is for beginners and the other stream for advanced, when you register online you will need to select which stream you want to attend. Numbers to the workshop will be limited. The EBSD workshop is only available for those attending the two day EBSD meeting, it is not possible to register for the workshop alone.
The workshop will be taking place at the Department of Earth Sciences, University of Oxford, South Parks Road, Oxford OX1 3AN.
- 13:00Welcome & Introduction
- 13:10Setting up for good data collection - Jenny Goulden, Oxford Instruments
- 13:50Common steps in good data analysis - Rene de Kloe, Ametek
- 14:30Coffee Break
- 15:00Case Study 1: Earth Sciences - Lars Hansen, University of Oxford
- 15:40Case Study 2: Materials Sciences - Victoria Yardley, Ruhr-Univeristät Bochum
- 16:30'Ask the Experts' Panel Discussion
- 13:00Welcome & Introduction
- 13:10Phase Identification 1: Hough-based analysis - Gert Nolze, BAM
- 13:50Phase Identification 2: Dynamical Diffraction - Aimo Winkelmann, Bruker
- 14:30Coffee Break
- 15:00Hi-Res EBSD - Ben Britton, Imperial College London
- 15:40Big Data - McLean Echlin, UCSB
- 16:30'Ask the Experts' Panel Discussion
- Felix Hofmann, University of Oxford - X-ray micro-diffraction and imaging: Probing lattice strain at the nano-scale
- Natasha Stephen, Plymouth University - Extra-terrestrial EBSD; using EBSD to explore the Solar System
- McLean Echlin, UC Santa Barbara - TriBeam Tomography for 3-D EBSD Analysis at the Mesoscale
- Patrick Villechaise, ENSMA - From localized plasticity to crack initiation in metals and alloys: the use of EBSD Data
Prof Felix Hofmann
University of Oxford
Felix is an Associate Professor in the Department of Engineering Science at the University of Oxford. He completed his D.Phil. in the same department in 2011 under the supervision of Prof. Alexander Korsunsky. Following this he spent a year as a Postdoctoral Research Associate working in the group of Prof. Keith Nelson at MIT. He returned to Oxford to take up his present faculty position in January 2013. His research concentrates on understanding the link between atomic scale crystal defects and macroscopic material properties in engineering materials using a wide range of microscopy and modelling techniques. Felix is a member of the Solid Mechanics and Materials Engineering group in the Department of Engineering Science and also a college lecturer at Trinity College.
Dr Natasha Stephen
Natasha is a Lecturer in Advanced Analysis (Earth & Planetary Sciences) within the School of Geography, Earth & Environmental Sciences at Plymouth University, and assists with the management & development of Plymouth Electron Microscopy Centre; the university’s flagship, multidisciplinary analytical suite. She completed her PhD at Imperial College London & the Natural History Museum London in 2014, focusing on the geology & surface mineralogy of Mars, and moved to Plymouth University straight afterwards. Natasha’s research focuses primarily on the use of meteorites to ground-truth spacecraft data at Mars (including Mars rovers and orbiters) as well as asteroids (Vesta, Itokawa etc.), by using various non-destructive analytical techniques. Natasha manages the Plymouth Planets research group, is an avid public speaker, heavily engaged in outreach activities, and an active member of the Meteoritical Society & Royal Astronomical Society.
Dr McLean Echlin
UC Santa Barbara
McLean is a research scientist in the Materials Department at University California Santa Barbara. He received his graduate degrees from the Materials Science Engineering department at the University of Michigan working on statistical approaches for modeling fracture toughness in steels. His recent work focusing on ultrashort pulse laser-materials interactions has led to the development of tomography techniques, such as the TriBeam microscope, for the acquisition of large multimodal 3-D datasets. Tomographic EBSD data has been critical for understanding the failure mechanisms in structural materials, such as nickel base superalloys, and for improving thermoelectric performance in thermoelectric materials. He also has interest in the merging of imaging modalities, such as measurements of strain and microstructure, to determine structure-property relations.
Dr Patrick Villechaise
CNRS (National Center for Scientific Research)
Permanent position at the Institut Pprime in the DPMM (Department of Physics and Mechanics of Materials) - Futuroscope-Poitiers - France
Co-Head of a SAFRAN-Chair in the field of Ni-based superalloys
Supervision of more than 20 PhDs + scientific and collaborative programs with industrial partners (aeronautic and energy industry); 70 peer reviewed papers.
Co-chair of the International Fatigue Congress (2018 – Poitiers – France)
Chairman of the International Conference on Titanium (2019 - France)
Main scientific topics
Cyclic deformation mechanisms in relation with the microstructure at different scales (dislocations structures, grains, precipitations, crystallographic parameters, aggregates, textures). Experimental studies (mechanical testing, SEM, EBSD analyses, in situ tests) + simulation (crystal plasticity, aggregates). Crack initiation and growth in structural materials (titanium alloys, nickel base superalloys, stainless steels). Creep-fatigue-oxydation interactions. Aging effects (influence of precipitation characteristics and evolution). Influence of surface properties (surface treatments, thin films) on fatigue resistance.
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Registration is now closed. If you have any queries, please contact Kate Wooding
RMS Member £300
RMS Member incl. Workshop £340
Non-member incl. Workshop £370
Student incl. Workshop £245
On Tuesday 4 April there will be a conference dinner at Lady Margaret Hall. The dinner is included in the registration fee for the Meeting.
An email will be sent to you three weeks before the event with final details.
We would recommend for your convenience you staying at the venue where the meeting is taking place. The cost for EBSD delegates is a preferential rate of £75 a night for a single room with en suite facilities. Accommodation is only available to delegates that are attending the EBSD Meeting.
To book your accommodation for one or two nights, please visit http://www.universityrooms.com/en/city/oxford/home and use the promotional code EBSD2017. Please note that the promotional code should be entered, in order for the available rooms to be seen.
Lady Margaret Hall, University of Oxford, Norham Gardens, Oxford, OX2 6QA