| Plastic Deformation and Annealing / 1： |
| General Stress-Strain Behavior |
| Single Crystal Behavior |
| Dislocations |
| Strengthening Mechanisms |
| Work (Strain) Hardening |
| Grain Size Effect |
| Particle Effect |
| Solid Solution Effect |
| Microstructural Effects |
| Deformation Textures |
| Recovery, Recrystalstallization and Grain Growth |
| An Example of the Use of Annealing Data |
| Hot Working and Cold Working |
| Mechanisms of Annealing |
| Recovery |
| Recrystallization |
| Grain Growth |
| Abnormal Grain Growth |
| Annealing Textures |
| Annealing Twins |
| Mechanical Twinning |
| Stacking Faults |
| References |
| Solidification / 2： |
| The Formation of Crystals |
| As-Cast Grain Size and Shape |
| Coring |
| Precipitation Hardening / 3： |
| Solid Solutions |
| Solubility Limit |
| Precipitation From Solid Solution |
| Effect of Precipitation on Properties |
| Precipitation Mechanism |
| Aluminum-Base Alloys / 4： |
| Ternary Phase Diagrams |
| Aluminum-Copper-Magnesium Alloys |
| Aluminum-Copper-Magnesium Commercial Alloys |
| Nickel-Base Alloys / 5： |
| Nickel-Chromium Alloys: Oxidation Resistance |
| Nickel-Aluminum Alloys |
| Nickel-Chromium-Aluminum Alloys |
| Nickel-Chromium-Aluminum-Titanium Alloys |
| Complex Nickel-Base Alloys |
| Solid-Solution Strengthening of Gamma |
| Solid-Solution Strengthening of Gamma Prime |
| Amount of Gamma Prime |
| Antiphase Boundary Energy |
| Gammma-Gamma-Prime Lattice Mismatch |
| Coarsening Rate of Gamma Prime |
| Oxidation and Corrosion Resistance |
| Longtime Phase Stability |
| Directional Solidification |
| Microstructure of a Commercial Alloy |
| Conclusion |
| Cobalt-Base Alloys / 6： |
| Oxidation of Cobalt-Base Alloys |
| Strengthening of Cobalt-Base Alloys |
| Solid Solution Strengthening |
| Precipitation of Gamma Prime |
| Carbide Formation |
| Formation of Intermetallic Phases |
| The Microstructure of a Commercial Cobalt-Base Alloy |
| Magnesium-Base Alloys / 7： |
| Precipitation Hardening in Magnesium-Base Binary Alloys |
| Magnesium-Aluminum-Zinc Alloys |
| Corrosion Resistance of Magnesium-Base Alloys |
| Copper-Base Alloys / 8： |
| Commercially Pure Copper |
| Copper-Zinc Alloys |
| Copper-Tin Alloys |
| Copper-Zinc-Tin Alloys |
| Copper-Base Leaded Alloys |
| Copper-Aluminum Alloys |
| Copper-Beryllium Alloys |
| Titanium-Base Alloys / 9： |
| Commercially Pure Titanium |
| Interstitial Solid Solutions |
| Alpha Alloys |
| Alpha-Plus-Beta Alloys |
| The Commercial Alloy Ti-8A1-1Mo-1V |
| The Commercial Alloy Ti-6A1-4V |
| The Commercial Alloy Ti-13V-11Cr-3A1 |
| Appendixes |
| General References |
| English/Metric Conversion Factors |
| Chemical Compositions and Typical Applications of Several Nickel-Base Superalloys |
| Chemical Compositions and Typical Applications of Common Cobalt-Base Superalloys |
| Chemical Compositions and Some Applications of Several Commercial Magnesium-Base Alloys |
| Typical Mechanical Properties (at 25 degrees Celsius) of Several Commercial Titanium-Base Alloys |
| Temper Designations for Aluminum Alloys |
| Temper Designations for Coppers and Copper Alloys |
| Plastic Deformation and Annealing / 1： |
| General Stress-Strain Behavior |
| Single Crystal Behavior |
図書
