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Micro-quenched age-formed titanium alloys and titanium bi-alloy composites

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Summary

It is felt that, with further development, the MQAF technique can do for titanium alloys in the low temperature range what maraging has accomplished for steel. Moreover, it is anticipated that the bi-alloy concept can accomplish (for titanium alloys) in the high-temperature range that which TD nickel portends to achieve for the superalloys.

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References

  1. US Patents No. 2,819,959 and No. 2,884,323.

  2. US Patent No. 2,906,654.

  3. US Patent No. 2,669,513.

  4. US Patents No. 2,865,698 and No. 2,865,699.

  5. US Patent No. 3,114,632.

  6. H. W. Rosenberg: Metallurgy of the Super Alpha Titanium Alloys, presented at the 93rd AIME Annual Meeting, 1964.

  7. US Patent No. 3,099,041.

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Authors and Affiliations

  1. New Developments Dept., Nuclear Metals Div. of Textron, Inc., Concord, USA

    Stanley Abkowitz (Member of AIME, chairman of the IMD Titanium Committee, manager)

Authors
  1. Stanley Abkowitz
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Abkowitz, S. Micro-quenched age-formed titanium alloys and titanium bi-alloy composites. JOM 18, 458–464 (1966). https://doi.org/10.1007/BF03378426

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  • DOI: https://doi.org/10.1007/BF03378426

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