Subject
Creator
- Kayla Yano 3
- Haozheng Qu 2
- Janelle Wharry, 0000-0001-7791-4394 2
- Janelle P Wharry, 0000-0001-7791-4394 1
- Priyam Patki 1
- Priyam Vivek Patki 1
- Stephen Thomas 1
- Yang Lu 1
Type
- Dataset 3
Date
- 2019 3
creator: Matthew Swenson type: dataset
Total is 3 Results
Method for Extracting True Stress and Strain Hardening Coefficient from TEM in situ Compression Testing
10.4231/RDN7-PS52
Haozheng Qu
,
Janelle Wharry
,
Kayla Yano
,
Matthew Swenson
,
Priyam Patki
08/23/2019
This algorithm package can automatically process transmission electron microscope (TEM) in situ micropillar compression test videos to extract the instantaneous pillar dimensions, then determine the true stress-strain curves and strain hardening...
Algorithms Analysis Tool Matlab Nuclear Engineering Strain Hardening Coefficient Stress/Strain Relationship Transmission Electron Microscopy
In-situ TEM Compression Pillar Test video for Fe-9%Cr ODS alloy and nanocrystalline Cu-24%Ta
10.4231/QG3N-H217
Haozheng Qu
,
Janelle Wharry
,
Kayla Yano
,
Matthew Swenson
,
Priyam Vivek Patki
09/27/2019
These videos are supplementary videos for JMR article "Understanding Plasticity in Irradiated Alloys through TEM in situ Compression Pillar Tests".
Nuclear Engineering radiation effects Stress/Strain Relationship Transmission Electron Microscopy Video
In situ TEM lamellae indentation of Fe-9%Cr ODS videos and corresponding MicroViBe videos
10.4231/NGCG-PG03
Janelle P Wharry
,
Kayla Yano
,
Matthew Swenson
,
Stephen Thomas
,
Yang Lu
04/23/2019
These videos demonstrate the use of lamellae indentation for qualitative analysis and the use of the MicroViBe algorithm to better visualize and understand obstacles in Fe-9%Cr ODS.
Dissertation In Situ Indentation Ion Irradiation Materials Engineering Oxide Dispersion Strengthened Picoindenter TEM TEM Mechanical Testing
Display #
Results 1 - 3 of 3