Title Page -- Copyright -- Contents -- Preface and Acknowledgments -- About the Author -- Chapter 1 Introduction and Background -- 1.1 Relational Analysis of Temperature Effects -- 1.2 Interrelation of Relational Analysis and Parametric Analysis -- Chapter 2 Relational Analysis Procedures -- 2.1 Procedure for Relational Analysis of Tensile Properties with Temperature -- 2.2 Other Examples of Relational Analysis -- 2.3 Cautions in Using Relational Analysis -- Chapter 3 Accuracy of Relational Analysis for Several Wrought Aluminum Alloys -- 3.1 Alloy Alc 2014-T6 and -T651 (Table 3.1) -- 3.2 Alloy 2021-T81 (Table 3.2) -- 3.3 Alloy 5005-O (Table 3.3) -- 3.4 Alloy 6151-T6 (Table 3.4) -- 3.5 Alloy 7079-T6 (Table 3.5) -- 3.6 Alloy 7080-T7 (Table 3.6) -- 3.7 Conclusions about Accuracy and Precision -- Chapter 4 Application of Relational Analysis to Archival High- and Low-Temperature Tensile Property Data for Wrought Aluminum Alloys -- 4.1 Relational Analyses of Various Tempers of 1xxx and 3xxx Alloys -- 4.2 R elational Analyses of Various Tempers of2x24 and Other 2xxx Alloys -- 4.3 Relational Analyses of 4032-T6 -- 4.4 Relational Analyses of Various Tempers of 5xxx Aluminum Alloys -- 4.5 Relational Analyses of Various Tempers of 6xxx Aluminum Alloys -- 4.6 Relational Analyses of Various Tempers of 7xxx Aluminum Alloys -- 4.7 Comparisons of Relational Analyses for Annealed Non-Heat-Treatable Alloys -- 4.8 Comparisons of Relational Analyses of Some 2xxx, 5xxx, 6xxx, and 7xxx Alloys -- 4.9 Application of Relational Analyses to Cryogenic Tensile Properties -- 4.10 Application of Relational Analyses to Elastic Moduli -- Chapter 5 Application of Relational Analysis to Archival High- and Low-Temperature Tensile Property Data for Cast Aluminum Alloys -- 5.1 Analysis of Data for the Sand Cast 200.0 Alloy Series.

5.2 Analysis of Data for the Permanent Mold Cast 200.0 Alloy Series -- 5.3 Analysis of Data for the Sand Cast 300.0 Alloy Series -- 5.4 Analysis of Data for the Permanent Mold Cast 300.0 Alloy Series -- 5.5 Analysis of Data for the Die Cast 300.0 Alloy Series -- 5.6 Summary of Baseline Relationships for All 300.0 Casting Alloys -- 5.7 Cast Aluminum Alloys of the 400.0, 500.0, and 700.0 Series -- 5.8 Baseline Relationships for Cast Aluminum Alloys -- 5.9 Analysis of Subzero Temperature Data for Cast Aluminum Alloys -- 5.10 Analysis of Elastic Moduli of Cast Aluminum Alloys -- Chapter 6 Application of Relational Analysis to New or Untested Wrought and Cast Aluminum Alloys -- 6.1 Alloy 1060-H14 and -H18 (Table 6.1) -- 6.2 Alloy 1350-O and -H18 (Table 6.2) -- 6.3 Alclad 2024-T3 and -T81 (Table 6.3) -- 6.4 Propeller Alloys 2025-T6 (Table 6.4) -- 6.5 Alloy 2324-T351 (Table 6.5) -- 6.6 Alloy 3105-O and -H22 (Table 6.6) -- 6.7 Alloy 5457-O and -H25 (Table 6.7) -- 6.8 Alloy 6005A-T5 and -T61 (Table 6.8) -- 6.9 Alloys 6066-T6 and 6070-T6 (Table 6.9) -- 6.10 Alloy 6082-T6 and -T651X (Table 6.10) -- 6.11 Alloy 6351-T6 (Table 6.11) -- 6.12 Alloy 7049-T73 and -T7352 (Table 6.12) -- 6.13 Alloy 7076-T6 (Table 6.13) -- 6.14 Permanent Mold (PM) Cast 357.0-T6 and A357.0-T6 (Table 6.14) -- Chapter 7 Application of Relational Analysis to the High-Temperature Tensile Properties of Steel, Magnesium Alloys, and Titanium Alloys -- 7.1 AI SI 200 Steels -- 7.2 AI SI 300 Steels -- 7.3 AI SI 400 Steels -- 7.4 AI SI 600 Steels -- 7.5 Representative Examples of Other Steels -- 7.6 Baseline Relationships and Summary for Steels -- 7.7 Relational Analyses of High-Temperature Moduli for Steels -- 7.8 Magnesium Alloys -- 7.9 Titanium Alloys -- Chapter 8 Other Potential Applications of Relational Analysis.

8.1 Compressive, Shear, and Bearing Design Properties at High and Low Temperatures -- 8.2 Alloy Selection for Equatorial Environments -- 8.3 Alloy Selection for Enhanced Recycling Rates -- Chapter 9 References -- Appendix A Resource Data Utilized for Relational Analyses -- Appendix A1- Compositions and Resource Data for Aluminum Alloys -- Appendix A2-Compositions and Resource Data for Steels -- Appendix A3-Compositions and Resource Data for Magnesium Alloys -- Appendix A4-Compositions and Resource Data for Titanium Alloys -- Appendix B: SI/Metric Unit Conversions -- Tensile and Tensile Yield Strengths -- Temperature -- Appendix C: Terminology and Nomenclature -- Selected Abbreviations -- Glossary of Selected Terms -- Appendix D: Aluminum Alloy and Temper Designation Systems -- Temper Designations -- Alloy Designations -- Index.