Tutorial workshop sessions

Tutorial workshop sessions are planned at the end of the conference, on Friday afternoon (July 5,) and on Saturday morning (July 6). There will be two parallel sessions, thay are composed of two tutorials, 2 hours each (except on Saturday).

The tutorials are free of charge for the participants. To allow everyone to attend the tutorials, they will take place in an amphitheater. Participants can install the necessary package on their own laptop in advance. Here are the links:

 

Tutorial 1: Line profile analysis for defect structurehttp://csendes.elte.hu/cmwp/

Data for line profile analysis:  Handouts.zip

  

Tutorial 2: MAUD - Materials Analysis Using Diffractionhttps://luttero.github.io/maud/

  

Tutorial 3: Polycrystal plasticity simulationshttps://www.dropbox.com/scl/fi/en5bi10a4cn56ewf5zrkm/ICOTOM_polycrystal_plasticity_tutorial.zip?rlkey=4dyubkqvmc836e5r4longfro8&st=5bqb70sl&dl=0

  

Tutorial 4: Crystallographic data acquisition Slides

  

Tutorial 5: ATEX – Softwarehttp://www.atex-software.eu/

Data for tutorial ATEX:  Data_for_tuto_ATEX.zip 

 

Tutorial 6: MTEX - Matlab toolboxhttps://mtex-toolbox.github.io/

 

Tutorial 7: Crystallographic textures -  Crystallographic_texture_Satyam_Suwas_6July2024.pdf

 

Tutorial 8: DAMASK crystal plasticity softwarehttps://damask.mpie.de/index.html

Participants of the DAMASK workshop should install DAMASK (python tools and grid solver. For Windows users, the easiest installation option is via Docker, which requires the Windows Subsystem for Linux (WSL). In case of questions, please contact damask@mpie.de

  

Tutorial 9: DREAM3Dhttps://dream3d.bluequartz.net/

To all who plan to attend the Dream3D tutorial:
We are looking forward to telling you about the many different ways that Dream3D can help you analyze 3D data.  In preparation for that, we encourage you to download the modern version of the software: go to https://www.dream3d.io//PrecompiledBinaries/ to download the version for your system.  Mike Jackson will join the session via zoom so you may find it helpful to also join the meeting (please mute your microphone), see below for the meeting information.
 
Join Zoom Meeting
 
Meeting ID: 928 1399 7428
Passcode: 232911
Online user: 3 Privacy
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