Datasets

Creator
Type
Date

subject: Oxide Dispersion Strengthened subject: In Situ

Total is 4 Results
In Situ TEM Mechanical Testing of Irradiated Oxide Dispersion Strengthened Alloys

10.4231/100X-1R88

Janelle Wharry ORCID logo , Kayla Yano

04/23/2019

This is a dataset comprised of videos and raw load-displacement text files of experiments run to demonstrate the use of in situ TEM mechanical testing to find meaningful mechanical properties of as received, self-ion, and proton irradiated Fe-9%Cr...

Cantilever Clamped Beam Dissertation Fe-9%Cr In Situ Lamellae Indentation Materials Engineering Mechanical Testing Micropillar MicroViBe Oxide Dispersion Strengthened Size Effect TEM

In situ TEM cantilever bend testing of Fe-9%Cr ODS videos and load-displacement text files

10.4231/6899-GK44

Janelle Wharry ORCID logo , Kayla Yano , Yaqiao Wu

04/23/2019

This dataset includes all original bright field transmission electron microscopic videos of each Fe-9%Cr ODS cantilever bend test conducted. It also includes the corresponding raw load-displacement data in text file format.

Cantilever Dissertation Flow Stress In Situ Materials Engineering Oxide Dispersion Strengthened Picoindenter Size Effect TEM

In situ TEM lamellae indentation of Fe-9%Cr ODS videos and corresponding MicroViBe videos

10.4231/NGCG-PG03

Janelle P Wharry ORCID logo , 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

In situ TEM clamped beam fracture of Fe-9%Cr ODS videos and load-displacement text files

10.4231/M543-8C24

Janelle Wharry ORCID logo , Kayla Yano , Yaqiao Wu

04/23/2019

This dataset includes all original bright field transmission electron microscopic videos of each clamped beam test conducted on a model Fe-9%Cr ODS alloy. It also includes the corresponding raw load-displacement data in text file format.

Clamped Beam Dissertation Fracture In Situ Materials Engineering Oxide Dispersion Strengthened TEM TEM Mechanical Testing

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