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DOD HIGH STRENGTH TITANIUM ALLOY SHEET RESEARCH PROGRAM

Derrick Myers

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Abstract

Data are presented for evaluations conducted on the 5Al-5Sn-5Zr and 7Al-12Zr alloys to determine the precautions necessary to prevent stress corrosion cracking problems during forming. Nomal precautions during manufacturing to prevent contamination of the 5Al-2 1/2Sn titanium alloy details are adequate for the super alpha titanium alloys. A range of 1300 F for two and one half hours to 1500 F for one half hor produces 88 to 100% stress relief of both alloys.

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What this paper is about

Data are presented for evaluations conducted on the 5Al-5Sn-5Zr and 7Al-12Zr alloys to determine the precautions necessary to prevent stress corrosion cracking problems during forming. Nomal precautions during manufacturing to prevent contamination of the 5Al-2 1/2Sn titanium alloy details are adequate for the super alpha titanium alloys. A range of 1300 F for two and one half hours to 1500 F for one half hor produces 88 to 100% stress relief of both alloys.

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Available abstract

Data are presented for evaluations conducted on the 5Al-5Sn-5Zr and 7Al-12Zr alloys to determine the precautions necessary to prevent stress corrosion cracking problems during forming. Nomal precautions during manufacturing to prevent contamination of the 5Al-2 1/2Sn titanium alloy details are adequate for the super alpha titanium alloys. A range of 1300 F for two and one half hours to 1500 F for one half hor produces 88 to 100% stress relief of both alloys.

Key concepts: Alloy, Titanium, Titanium alloy, Materials science, Metallurgy

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