Tags
#aluminium
#cct
#csf
#compression
#crystal-plasticity
- Al Modelling Parameters
- Damask version including KWN model for precipitation kinetics
- Ti Modelling Parameters
#damask
#ebsd
- Cropping Binary EBSD Files
- Introduction to MTEX
- Plotting misorientation in the crystal reference frame
- Producing nice looking figures
- Separating data by orientation
- Slicing maps and plotting texture variation
- MTEX User Group
- Beta reconstruction
- Cleaning EBSD data
- EBSD Sample preparation
#matlab
- Introduction to MTEX
- Plotting misorientation in the crystal reference frame
- Producing nice looking figures
- Separating data by orientation
- Slicing maps and plotting texture variation
- MTEX User Group
#mtex
- Introduction to MTEX
- Plotting misorientation in the crystal reference frame
- Producing nice looking figures
- Separating data by orientation
- Slicing maps and plotting texture variation
- MTEX User Group
#microscopy
#modelling
- Al Modelling Parameters
- Damask version including KWN model for precipitation kinetics
- Ti Modelling Parameters
#open-data
#parameters
#python
#steel
#titanium
#unix
#cipher
#code
#crystal-plasticity
- Titanium CP/PF modelling - 2021 July
- Titanium CP/PF modelling - 2021 August
- Titanium CP/PF modelling - 2021 September
- Titanium CP/PF modelling - 2021 October
- Titanium CP/PF modelling - Project overview
- Titanium CP/PF modelling - Presentations
#csf
- Installation
- Input File
- Output File
- Damask version including KWN model for precipitation kinetics
- UNIX for dummies - How to navigate mac OS terminal and the CSF
- Using DAMASK on the CSF
#damask
- Damask version including KWN model for precipitation kinetics
- Running DAMASK with MatFlow
- Post-processing a Matflow Workflow
- Using DAMASK on the CSF
- Visualising .vtr outputs using Paraview
- Generating RVEs with particle distributions
#defdap
#dream3d
#dual-phase
- Titanium CP/PF modelling - 2021 July
- Titanium CP/PF modelling - 2021 August
- Titanium CP/PF modelling - 2021 September
- Titanium CP/PF modelling - 2021 October
- Titanium CP/PF modelling - Project overview
- Titanium CP/PF modelling - Presentations
#experiment
- Dilatometer hot-compression tests
- EBSD
- Gleeble and Hydrawedge hot-compression tests
- Image Analysis
- Experiments
- Macro DIC
- Optical microscopy
- Dilatometer quenching tests
- SXRD caking diffraction pattern images
- SXRD in-situ phase fraction
- SXRD in-situ straining
- SXRD in-situ texture
- SXRD analysis guide
- SXRD running experiment
- TEM
- Tensile testing
- XRD peak width
#git
#gold-remodelling
#hrdic
#jupyter
- Accessing Jupyter notebooks on the UoM iCSF (interactive Computational Shared Facility)
- Post-processing a Matflow Workflow
#matflow
- Getting help with MatFlow
- Installing development versions of Python packages (e.g. MatFlow extensions) on the CSF
- Running DAMASK with MatFlow
- Running your first MatFlow simulation
- Post-processing a Matflow Workflow
- MatFlow presentations
#metadata
#morton-pc
- Driving Force (Gibbs Energy Fit) Example
- General Information
- Fraction of a Phase
- Property Model Parameter Fitting
- TTT and CCT Curves of Ni-Al-Cr System
#numpy
#open-research
#paraview
#phase-field
- Titanium CP/PF modelling - 2021 July
- Titanium CP/PF modelling - 2021 August
- Titanium CP/PF modelling - 2021 September
- Titanium CP/PF modelling - 2021 October
- Titanium CP/PF modelling - Project overview
- Titanium CP/PF modelling - Presentations
#post-processing
#protocol
- Dilatometer hot-compression tests
- EBSD
- Gleeble and Hydrawedge hot-compression tests
- Image Analysis
- Experiments
- Macro DIC
- Optical microscopy
- Dilatometer quenching tests
- SXRD caking diffraction pattern images
- SXRD in-situ phase fraction
- SXRD in-situ straining
- SXRD in-situ texture
- SXRD analysis guide
- SXRD running experiment
- TEM
- Tensile testing
- XRD peak width
#python
- Driving Force (Gibbs Energy Fit) Example
- General Information
- Fraction of a Phase
- Developing and publishing Python packages
- Getting help with MatFlow
- Installing development versions of Python packages (e.g. MatFlow extensions) on the CSF
- Accessing Jupyter notebooks on the UoM iCSF (interactive Computational Shared Facility)
- Running DAMASK with MatFlow
- Running your first MatFlow simulation
- Post-processing a Matflow Workflow
- Matrix multiplication with Numpy
- Property Model Parameter Fitting
- Orientations
- Generating RVEs with particle distributions
- Installing pip packages within conda environments on the CSF
- TTT and CCT Curves of Ni-Al-Cr System
#simulation
- Installation
- Input File
- Output File
- UNIX for dummies - How to navigate mac OS terminal and the CSF
- Using DAMASK on the CSF
- Generating RVEs with particle distributions
- Towards fully reproducible scientific workflows
#slack
#speckle-pattern
#thermocalc
- Driving Force (Gibbs Energy Fit) Example
- General Information
- Fraction of a Phase
- Property Model Parameter Fitting
- TTT and CCT Curves of Ni-Al-Cr System
#titanium
- Titanium CP/PF modelling - 2021 July
- Titanium CP/PF modelling - 2021 August
- Titanium CP/PF modelling - 2021 September
- Titanium CP/PF modelling - 2021 October
- Titanium CP/PF modelling - Project overview
- Titanium CP/PF modelling - Presentations