Dataset: Effects of Alloying and Processing on Ultrasonic Fatigue Behavior in Binary Ti-Al Alloys


Cite Dataset


Files
57
92.75 MB
Samples
3
in dataset
Workflows
2
documented
Views
1,068
total views
Downloads
408
total downloads
Published
Feb 27, 2019
7 years ago
File Types

57 files across 4 type(s)

Processes & Activities

Activity types documented in this dataset

Composition

Structural breakdown of dataset contents

Engagement Over Time

Unique views and downloads per month

Published
Published: 7 years ago
Views
1,068
Downloads
408
DOI
doi:10.13011/m3-7422-zz81
License
Attribution License (ODC-By)
Total Size
92.75 MB
Authors
MC Qianying Shi University of Michigan Sinsar A. Hsie University of Michigan MC J. Wayne Jones University of Michigan MC John E. Allison University of Michigan
Description

This dataset compiles results from the study on the fatigue lifetime and crack growth behavior of binary Ti-Al alloys. This supplements the publication “Effects of Alloying and Processing on Ultrasonic Fatigue Behavior in Binary Ti-Al Alloys” on Material Science and Engineering A (https://doi.org/10.1016/j.msea.2019.03.079). Please note, the meta-data provided will be updated over time. We reserve the right to update this dataset without notification. If you would like to be notified of changes please email Qianying Shi at shiqiany@umich.edu. Office of Naval Research (Grant # N00014-12-1-0013) University of Michigan

Excel 13 Image 38 Text 5 Unknown 1
Annealing Heat Treatment 3 Fractography 3 Microstructure & Texture 3 Receive Materials from Timet 3 Small Fatigue Crack Growth 3 Tensile Test 3 Ultrasonic Fatigue Lifetime 3
Citations

No citation data found for this dataset or its associated papers.