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Summary
Author Biography
Table of Contents
Preface | p. ix |
List of Symbols and Abbreviations | p. xv |
Phase Diagrams of Iron-Containing Aluminum Alloys | p. 1 |
Aluminum-Iron Phase Diagram | p. 3 |
Phase Diagrams of Ternary Iron-Containing Systems | p. 7 |
Al-Fe-Be | p. 7 |
Al-Fe-Ca | p. 8 |
Al-Fe-Ce | p. 9 |
Al-Fe-Co | p. 11 |
Al-Fe-Cr | p. 12 |
Al-Fe-Cu | p. 14 |
Al-Fe-Hf | p. 16 |
Al-Fe-Mg | p. 17 |
Al-Fe-Mn | p. 18 |
Al-Fe-Mo | p. 19 |
Al-Fe-Nb | p. 22 |
Al-Fe-Nd | p. 22 |
Al-Fe-Ni | p. 23 |
Al-Fe-Si | p. 24 |
Al-Fe-Ti | p. 29 |
Al-Fe-V | p. 30 |
Al-Fe-Y | p. 30 |
Al-Fe-Zn | p. 31 |
Al-Fe-Zr | p. 33 |
Phase Diagrams of Quaternary Iron-Containing Systems | p. 34 |
Al-Fe-Be-Si | p. 34 |
Al-Fe-Co-Cu | p. 35 |
Al-Fe-Co-Ni | p. 36 |
Al-Fe-Co-Si | p. 37 |
Al-Fe-Cu-Mg | p. 38 |
Al-Fe-Cu-Mn | p. 41 |
Al-Fe-Cu-Ni | p. 43 |
Al-Fe-Cu-Si | p. 45 |
Al-Fe-Mg-Mn | p. 48 |
Al-Fe-Mg-Si | p. 49 |
Al-Fe-Mn-Si | p. 52 |
Al-Fe-Mo-Si | p. 56 |
Al-Fe-Ni-Si | p. 56 |
Al-Fe-Ti-Si | p. 59 |
Phase Diagrams of Five-Component Iron-Containing Systems | p. 60 |
Method for Evaluation of Five-Component Phase Diagrams as Applied to Alloys of the Al-Fe-Cu-Mg-Si System | p. 60 |
Al-Fe-Cu-Mg-Si | p. 61 |
Al-Fe-Cu-Mg-Mn | p. 71 |
Al-Fe-Cu-Mn-Si | p. 74 |
Al-Fe-Mg-Mn-Si | p. 75 |
Al-Fe-Mn-Si-Ti | p. 75 |
Nonequilibrium Phase Diagrams of Iron-Containing Systems | p. 78 |
Evaluation of Nonequilibrium Phase Diagrams | p. 78 |
Al-Fe-Si | p. 80 |
Al-Fe-Mg-Si | p. 83 |
Al-Fe-Cu-Si | p. 86 |
Al-Fe-Ni-Si | p. 88 |
Structure and Properties of Iron-Containing Aluminum Alloys: General Features | p. 91 |
Effect of Iron on the Structure and Properties of As-Cast Alloys | p. 91 |
Structure and Mechanical Properties of Binary Aluminum-Iron Alloys | p. 94 |
Structure and Mechanical Properties of As-Cast Multicomponent Aluminum Alloys with Iron in Which Silicon is not the Main Alloying Component | p. 101 |
Structure and Mechanical Properties of As-Cast Multicomponent Aluminum-Silicon Alloys with Iron | p. 109 |
Casting Properties of Iron-Containing Aluminum Alloys | p. 119 |
Changes in the Structure and Properties Caused by Heat Treatment | p. 124 |
Effect of Heating on Morphology of Iron-Containing Phases | p. 125 |
Phase Transformations during Heating | p. 132 |
Decomposition of Aluminum Solid Solution Supersaturated with Iron upon Solidification | p. 136 |
Effect of Iron on the Structure and Mechanical Properties of Deformed Aluminum and Its Alloys | p. 138 |
Effect of Iron on Plastic Deformation and Failure in Aluminum Alloys | p. 139 |
Processes of Recrystallization of Iron-Containing Aluminum Alloys | p. 149 |
Effect of Iron on the Mechanical Properties of Deformed Aluminum | p. 160 |
Physical and Corrosion Properties of Aluminum-Iron Alloys | p. 168 |
Physical Properties of Melts | p. 168 |
Physical Properties in the Solid State | p. 172 |
Corrosion Resistance | p. 177 |
Iron as an Impurity in Aluminum Alloys | p. 185 |
Iron Impurity in Commercial Casting Alloys | p. 186 |
Alloys Based on the Al-Cu (2XX.0) System | p. 188 |
Alloys Based on the Al-Mg (5XX) System | p. 190 |
Alloys Based on the Al-Si (4XX.0 and 3XX.0) System | p. 192 |
Alloys Based on the Al-Zn-Mg-(Cu) (7XX.0) System | p. 198 |
Iron Impurity in Commercial Wrought Alloys | p. 199 |
Structure and Properties of Ingots | p. 199 |
Effect of Iron on the Stability of Solid Solutions | p. 208 |
Effect of Iron on the Mechanical and Service Characteristics | p. 213 |
Effect of Iron and Manganese Impurities on the Structure and Properties of Deformed Hypereutectic Al-Si Alloys | p. 230 |
Refining of Aluminum and Its Alloys from Iron | p. 233 |
Electrolytic Refining of Aluminum | p. 234 |
Refining of Commercial Aluminum by Crystallization Methods | p. 235 |
Refining of Aluminum by Distillation | p. 237 |
Methods of Refining Recycled Aluminum Alloys from Iron | p. 238 |
Iron as an Additive in Aluminum Alloys | p. 245 |
Commercial Wrought and Casting Aluminum Alloys with Iron Additive | p. 245 |
Wrought Alloys of the Al-Fe-Ni System | p. 246 |
Corrosion-Resistant Alloys for Nuclear Reactors | p. 251 |
Electrical Alloys | p. 252 |
Casting AL20 Alloy | p. 253 |
Promising Casting Alloys with Increased Iron Content | p. 254 |
Rapidly Solidified Alloys | p. 260 |
Heat-Resistant Alloys Based on the Al-Fe-TM Systems | p. 261 |
Structural Alloys with Iron, Zinc, Magnesium, and Copper Additives | p. 265 |
Alloys with Low Thermal Expansion Based on the Al-Si System with Iron Additive | p. 269 |
Alloys with Amorphous and Nanocrystalline Structures | p. 269 |
Principles of Designing Iron-Containing Aluminum Alloys | p. 275 |
Basics of Proposed Approach | p. 275 |
Three-Phase Eutectics with Iron-Containing Phases | p. 278 |
Procedure for Rapid Search for Multiphase Eutectics | p. 279 |
Examples of Multicomponent Alloys with Increased Iron Content | p. 282 |
Composite Materials Based on the Aluminum-Iron System | p. 283 |
Aluminum Alloys Reinforced by Wire Made of Iron-Containing Alloys | p. 285 |
Layered Materials Based on Aluminum and Its Alloys with Components Made of Iron Alloys | p. 296 |
Aluminum-Iron Materials Produced by Mechanical Alloying | p. 299 |
Components Produced from Aluminum and Its Alloys Locally Reinforced by Elements Made of Iron-Based Alloys | p. 304 |
Appendix | p. 307 |
References | p. 331 |
Subject Index | p. 341 |
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