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

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Published: 6 years ago Views: 817 Downloads: 407 DOI: doi:10.13011/m3-7422-zz81 License: Attribution License (ODC-By) Size: 92.75 MB
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  • Qianying Shi
  • Sinsar A. Hsie
  • J. Wayne Jones
  • John E. Allison

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)