Light alloys : metallurgy of the light metals

목차 (Table of Contents)

• CONTENTS
• Series editors' preface = ⅸ
• Preface to the first edition = xi
• Preface to the second edition = xiii
• Preface to the third edition = xv
• CHAPTER 1 The light metals = 1
• 1.1 General introduction = 1
• 1.2 Production of aluminium = 10
• 1.3 Production of magnesium = 17
• 1.4 Production of titanium = 20
• Further reading = 22
• CHAPTER 2 Physical metallurgy of aluminium alloys = 24
• 2.1 Principles of age - hardening = 27
• 2.2 Ageing processes = 41
• 2.3 Corrosion = 42
• 2.4 Mechanical behaviour = 49
• Further reading = 65
• CHAPTER 3 Wrought aluminium alloys = 67
• 3.1 Production of wrought alloys = 67
• 3.2 Designation of alloys and tempers = 84
• 3.3 Work - hardening of aluminium and its alloys = 96
• 3.4 Non - heat - treatable alloys = 102
• 3.5 Heat - treatable alloys = 105
• 3.6 Joining = 133
• 3.7 Special products = 140
• Further reading = 165
• CHAPTER 4 Cast aluminium alloys = 168
• 4.1 Designation, temper and characteristics of cast aluminium alloys = 169
• 4.2 Alloys based on the aluminium - silicon system = 176
• 4.3 Alloys based on the aluminium - copper system = 184
• 4.4 Aluminium - magnesium alloys = 185
• 4.5 Aluminium - zinc - magnesium alloys = 186
• 4.6 New casting processes = 187
• 4.7 Joining = 194
• Further reading = 194
• CHAPTER 5 Magnesium alloys = 196
• 5.1 Introduction to alloying behaviour = 196
• 5.2 Melting and casting = 206
• 5.3 Alloy designations and tempers = 213
• 5.4 Zirconium - free casting alloys = 213
• 5.5 Zirconium - containing casting alloys = 222
• 5.6 Wrought magnesium alloys = 232
• 5.7 Electrochemical aspects = 237
• 5.8 Fabrication of components = 240
• 5.9 Trends in applications of magnesium alloys = 241
• Further reading = 246
• CHAPTER 6 Titanium alloys = 248
• 6.1 Introduction = 248
• 6.2 $$\alpha $$ - alloys = 254
• 6.3 $$\alpha $$／$$\beta $$ alloys = 267
• 6.4 $$\beta $$ - alloys = 282
• 6.5 Fabrication = 286
• 6.6 Titanium alloy castings = 298
• 6.7 Engineering performance = 299
• 6.8 Applications of titanium alloys = 306
• Further reading = 314
• CHAPTER 7 New materials and processing methods = 316
• 7.1 Composites = 316
• 7.2 Rapid solidification processing = 329
• 7.3 Amorphous alloys = 338
• 7.4 Mechanical alloying = 341
• 7.5 Physical vapour deposition = 343
• 7.6 Nanophase alloys = 344
• 7.7 Titanium aluminides = 345
• Further reading = 353
• Appendix = 355
• Index = 356