材料的顯微結構和性能 第2卷

Preface
Chapter 1 Microstructure and Mechanical Properties of Titanium Alloys
1 Introduction
1.1 Crystal structure
1.2 Deformation modes
1.3 Phase diagrams
1.4 Phase transformations
1.5 Alloy classification
1.6 Basic hardening mechanisms
1.7 Basic physical and chemical properties
2 Thermomechanical processing and microstructure
2.1 CP titanium
2.2 Alpha + Beta alloys
2.3 Beta alloys
3 Basic correlation between microstructures and mechanical properties
3.1 Alpha + Beta alloys
3.2 Beta alloys
4 Properties and applications
5 Titanium Producion and Inspection
References
Problems
Chapter 2 Interfacial Structures and Mechanical Properties of Titanium Aluminides
1 Introducion
2 Phase Stability，ulk and defect properties
3 Deformation of single-phase titanium aluminides
4 Interfacial structures and energies
5 Mechanical properties of PST crystals
6 Summary
7 Acknowledgments
8 References
Chapter 3 Iron Aluminides
1 Introducion
2 The Fe-Al phase diagram
3 Applications and developmet potential
4 Processing
Part 1︰Fe3Al Alloys
5 Dislocations and antiphase boundaries
6 Mechanical properties
7 Environmental resistance
8 Alloy development
9 Welding
Part 2︰Fe-Al Alloys
10 Dislocations and antiphase boundaries
11 Mechanical Properties
12 Embrittlement phenomena
……
Chapter 4 Iron and Steels
Chapter 5 Synthesis and Soft Magnetic Properites of Fe-Based Bulk Amorphus Alloys
Chapter 6 Nanocrystalline Materials
Subject index
Author Index