Development of Economical Sheet Titanium Alloy

The objective of this program was to develop an economical sheet titanium alloy. The approach was to build on the earlier work with emphasis on mill product economics consistent with formability, fabricability, and other properties required by the ultimate user. Including alloys from the earlier con...

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Main Authors: Wardlaw,T L, Rosenberg,H W, Parris,W M
Format: Report
Language:English
Subjects:
AIRFRAMES
DEFORMATION
IRON ALLOYS
MATERIAL FORMING
Metallurgy and Metallography
STRAIN HARDENING
Titanium alloy 3Al 3Cr 3Sn 15V
Titanium alloy 3Al 4Cr 2Fe 2Mo 8V
Titanium alloy 3Al 7Cr 4Sn 8V 1Zr
VANADIUM ALLOYS
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creator Wardlaw,T L
Rosenberg,H W
Parris,W M
description The objective of this program was to develop an economical sheet titanium alloy. The approach was to build on the earlier work with emphasis on mill product economics consistent with formability, fabricability, and other properties required by the ultimate user. Including alloys from the earlier contracts, more than 60 compositions were evaluated. These were narrowed to three final compositions, Ti-8V-7Cr-3Al-4Sn-1Zr, Ti-8V-4Cr-2Mo-2Fe-3Al, and Ti-15V-3Cr-3Al-3Sn. Further work is recommended on all three. Each alloy exhibits good strip producibility potential while meeting the airframe industries' stated cold minimum bend requirements. Each alloy showed Erichsen cup draw depths exceeding 0.35 in. after simulated strip processing to about .040 in. gage. (Author)
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The approach was to build on the earlier work with emphasis on mill product economics consistent with formability, fabricability, and other properties required by the ultimate user. Including alloys from the earlier contracts, more than 60 compositions were evaluated. These were narrowed to three final compositions, Ti-8V-7Cr-3Al-4Sn-1Zr, Ti-8V-4Cr-2Mo-2Fe-3Al, and Ti-15V-3Cr-3Al-3Sn. Further work is recommended on all three. Each alloy exhibits good strip producibility potential while meeting the airframe industries' stated cold minimum bend requirements. Each alloy showed Erichsen cup draw depths exceeding 0.35 in. after simulated strip processing to about .040 in. gage. 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source DTIC Technical Reports
subjects AIRFRAMES
DEFORMATION
IRON ALLOYS
MATERIAL FORMING
Metallurgy and Metallography
STRAIN HARDENING
Titanium alloy 3Al 3Cr 3Sn 15V
Titanium alloy 3Al 4Cr 2Fe 2Mo 8V
Titanium alloy 3Al 7Cr 4Sn 8V 1Zr
VANADIUM ALLOYS
title Development of Economical Sheet Titanium Alloy
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