Subject
Creator
- Janelle Wharry, 0000-0001-7791-4394 2
- Kayla Yano 2
- Santiago Pujol, 0000-0002-9888-1867 2
- Derek R. Daluga 1
- Matthew Murray 1
- Yaqiao Wu 1
Type
Date
Total is 4 Results
Effect of Maximum Aggregate Size on the Shear Strength of Geometrically Scaled Reinforced Concrete Beams
10.4231/R7319T25
Derek R. Daluga
,
Santiago Pujol
09/15/2017
Dataset that supplements D.R. Deluga's disertation
aggregate interlock Civil Engineering datacenterhub maximum aggregate size Purdue University reinforced concrete shear strength Size Effect structural engineering
An Investigation of the Unit Shear Strength of Geometrically Scaled Reinforced Concrete Beams
10.4231/R7BK19HF
Matthew Murray
,
Santiago Pujol
09/18/2017
This study examines the influence of beam size on the shear capacity of geometrically scaled reinforced concrete beams without web reinforcement.
aggregate interlock Civil Engineering datacenterhub reinforced concrete reinforced concrete large beams scaling effects shear strength Size Effect structural engineering
In situ TEM cantilever bend testing of Fe-9%Cr ODS videos and load-displacement text files
10.4231/6899-GK44
Janelle Wharry
,
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 Mechanical Testing of Irradiated Oxide Dispersion Strengthened Alloys
10.4231/100X-1R88
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
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