Titanium Alloy Database |
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By: Kaufman, J. Gilbert © 2012
Knovel
18 interactive tables offer values in both metric and US units. Included are high and low temperature data, in addition to creep, stress rupture, fracture, and fatigue properties and also specific characteristics and applications of titanium alloys. The database also includes typical and/or estimated minimum properties that have not been published elsewhere.
Description: The Knovel Titanium Alloy Database is a comprehensive compilation of typical and representative mechanical and physical properties for over 80 well-known wrought and cast commercial titanium alloys in a variety of production conditions at various temperatures.
18 interactive tables offer values in both metric and US units. Included are high and low temperature data, in addition to creep, stress rupture, fracture, and fatigue properties and also specific characteristics and applications of titanium alloys. The database also includes typical and/or estimated minimum properties that have not been published elsewhere.
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Standard Knovel Disclaimer
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Front Matter
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Introduction
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Table 1. Nominal Composition and Composition Limits of Titanium Alloys in Weight Percent
Table (176)
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Table 2a. Typical Room Temperature Mechanical Properties of Titanium Alloys (US Customary Units)
Table (145)
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Table 2b. Typical Room Temperature Mechanical Properties of Titanium Alloys (Metric Units)
Table (145)
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Table 3a. Estimated Minimum Room Temperature Mechanical Properties of Titanium Alloys (US Customary Units)
Table (304)
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Table 3b. Estimated Minimum Room Temperature Mechanical Properties of Titanium Alloys (Metric Units)
Table (304)
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Table 4a. Representative High and Low Temperature Mechanical Properties of Titanium Alloys (US Customary Units)
Table (763)
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Table 4b. Representative High and Low Temperature Mechanical Properties of Titanium Alloys (Metric Units)
Table (763)
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Table 5a. Creep and Stress Rupture Properties of Titanium Alloys - Stress for Creep Extension & Rupture (US Customary Units)
Table (213)
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Table 5b. Creep and Stress Rupture Properties of Titanium Alloys - Stress for Creep Extension & Rupture (Metric Units)
Table (213)
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Table 6a. Creep and Stress Rupture Properties of Titanium Alloys - by Applied Stress (US Customary Units)
Table (71)
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Table 6b. Creep and Stress Rupture Properties of Titanium Alloys - by Applied Stress (Metric Units)
Table (71)
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Table 7a. Representative Fracture Indices for Some Titanium Alloys at Various Temperatures (US Customary Units)
Table (301)
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Table 7b. Representative Fracture Indices for Some Titanium Alloys at Various Temperatures (Metric Units)
Table (301)
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Table 8a. Representative Room and High Temperature Fatigue Properties of Titanium Alloys (US Customary Units)
Table (270)
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Table 8b. Representative Room and High Temperature Fatigue Properties of Titanium Alloys (Metric Units)
Table (270)
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Table 9a. Typical Physical Properties of Titanium Alloys at Room Temperature (US Customary Units)
Table (85)
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Table 9b. Typical Physical Properties of Titanium Alloys at Room Temperature (Metric Units)
Table (85)
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Table 10. Characteristics and Applications of Titanium Alloys
Table (90)
