Iron in aluminium alloys : impurity and alloying element

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Title:

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Belov, N. A.

Publication Information:

New York : Taylor & Francis, c2002

ISBN:

9780415273527

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Library	Item Barcode	Call Number	Material Type	Item Category 1	Status
Searching... PSZ JB	30000010018679	TA479.A4 B44 2002	Open Access Book	Book	Searching... Unknown
Searching... SPACE KL Main Library	30000010018544	TA479.A4 B44 2002	Open Access Book	Book	Searching... Unknown

This volume discusses the phase composition and structure of iron-containing alloys, the influence of iron on various properties, the harmful effects of iron as an impurity. It considers the effect of iron on the structure and properties of aluminium alloys and defines ways to diminish this effect. The book also explores the use of iron in the development of new alloys and composites. It presents analyses of equilibrium and non-equilibrium phase diagrams and structure of iron-containing alloys to the development of new alloys and composite materials. Iron in Aluminium Alloys: Impurity and Alloying Element is intended for graduate students, engineers and researchers working in materials science and metallurgy.

Author Notes

N.A. Belov is a Professor and A.A. Aksenov is an Associate Professor at the Moscow Institute of Steel and Alloys, Russia
D.G. Eskin is a Senior Scientist at the Netherlands Institute for Metals Research, The Netherland

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