Method of preparing beta titanium-fiber reinforced composite laminates
First Claim
1. A method of preparing a beta titanium-fiber reinforced composite laminate comprising the steps of:
- (a) providing a beta titanium alloy having a surface with an area and having a first yield strength to modulus of elasticity ratio;
(b) heating the beta titanium alloy at a first temperature for a first time to produce a beta titanium alloy having a second yield strength to modulus of elasticity ratio; and
(c) adhering a fiber reinforced composite having a strength to modulus of elasticity ratio to the beta titanium alloy to produce a beta titanium-fiber reinforced composite laminate;
wherein the first temperature and the first time are such that the second yield strength to modulus of elasticity ratio of the beta titanium alloy is substantially similar to the strength to modulus of elasticity ratio of the fiber reinforced composite.
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Abstract
A method of preparing a beta titanium-fiber reinforced composite laminate comprising the steps of, first, providing a beta titanium alloy having a first yield strength to modulus of elasticity ratio; then, heating the beta titanium alloy at a first preselected temperature for a first preselected time to produce a beta titanium alloy having a second yield strength to modulus of elasticity ratio; and then, adhering a fiber reinforced composite having a strength to modulus of elasticity ratio to the beta titanium alloy to produce a beta titanium-fiber reinforced composite laminate; wherein the first preselected temperature and the first preselected time are preselected such that the second yield strength to modulus of elasticity ratio of the beta titanium alloy is substantially similar to the strength to modulus of elasticity ratio of the fiber reinforced composite.
59 Citations
17 Claims
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1. A method of preparing a beta titanium-fiber reinforced composite laminate comprising the steps of:
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(a) providing a beta titanium alloy having a surface with an area and having a first yield strength to modulus of elasticity ratio; (b) heating the beta titanium alloy at a first temperature for a first time to produce a beta titanium alloy having a second yield strength to modulus of elasticity ratio; and (c) adhering a fiber reinforced composite having a strength to modulus of elasticity ratio to the beta titanium alloy to produce a beta titanium-fiber reinforced composite laminate; wherein the first temperature and the first time are such that the second yield strength to modulus of elasticity ratio of the beta titanium alloy is substantially similar to the strength to modulus of elasticity ratio of the fiber reinforced composite. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16)
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17. A method of preparing a metal-fiber reinforced composite laminate comprising the steps of:
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(a) providing a metal having a surface with an area and having a first yield strength to modulus of elasticity ratio; (b) heating the metal at a first temperature for a first time to produce a metal having a second yield strength to modulus of elasticity ratio; and (c) adhering a fiber reinforced composite having a strength to modulus of elasticity ratio to the metal to produce a metal-fiber reinforced composite laminate; wherein the first temperature and the first time are such that the second yield strength to modulus of elasticity ratio of the metal is substantially similar to the strength to modulus of elasticity ratio of the fiber reinforced composite; and wherein the metal has a second yield strength to modulus of elasticity ratio that is greater than about 1.2%.
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Specification