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国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次Contents Introduction to Alloy Phase Diagrams Introduction to Phase Diagrams Unary Systems Binary Systems Ternary Diagrams Phase Diagrams Rules and Notation Application of Phase Diagrams Phase Diagram Resources Solid Solutions and Phase Transformations One-Component (Unary) Systems Solid Solutions Intermediate Phases Phase Transformations Thermodynamics and Phase Diagrams Three Laws of Thermodynamics Gibbs Free Energy Binary Solutions Chemical Potential Regular Solutions Real Solutions Isomorphous Alloy Systems Binary Isomorphous Systems Calculation Methods Solidification Behavior (Ref 2) Eutectic Alloy Systems Aluminum-Silicon Eutectic System Lead-Tin Eutectic System Eutectic Morphologies Solidification and Scale of Eutectic Structures Competitive Growth of Dendrites and Eutectics Terminal Solid Solutions Peritectic Alloy Systems Freezing of Peritectic Alloys Mechanisms of Peritectic Formation Peritectic Structures in Iron-Base Alloys Multicomponent Systems Monotectic Alloy Systems Solidification Structures of Monotectics Solid-State Transformations Iron-Carbon Eutectoid Reaction Peritectoid Structures Intermediate Phases Order-Disorder Transformations Spinodal Transformation Structures Binary Alloy Phase Diagrams Ternary Alloy Phase Diagrams Introduction to Ternary Phase Diagrams Space Model of Ternary Systems Single-Phase Boundary and Zero-Phase Fraction Lines The Gibbs Triangle Tie Lines Ternary Isomorphous Systems Ternary Three-Phase Phase Diagrams Eutectic System with Three-Phase Equilibrium Peritectic System with Three-Phase Equilibrium Ternary Four-Phase Equilibrium (L↔α+β+γ) Ternary Four-Phase Equilibrium (L+α↔β+γ) Ternary Four-Phase Equilibrium (L+α+β↔γ) Example-The Fe-Cr-Ni System Ternary Alloy Phase Diagrams Reference Information Crystal Structure Crystallographic Terms and Concepts Metallurgically Important Crystal Types Crystal Defects Crystal Structures and Lattice Parameters of Allotropes of the Metallic Elements Magnetic Phase Transition Temperatures of the Elements Alloy Index Subject Index
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
国立国会図書館
目次v. 1. Properties and selection : irons, steels, and high-performance alloys v. 1A. Cast iron science and technology v. 2. Properties and selection : nonferrous alloys and special-purpose materials v. 2A. Aluminum science and technology v. 3. Alloy phase diagrams v. 4. Heat treating v. 4A. Steel heat treating : fundamentals and processes v. 4B. Steel heat treating technologies v. 4C. Induction heating and heat treatment v. 4D. Heat treating of irons and steels v. 4E. Heat treating of nonferrous alloys v. 5. Surface engineering v. 5A. Thermal spray technology v. 5B. Protective organic coatings v. 6. Welding, brazing, and soldering v. 6A. Welding fundamentals and processes v. 7. Powder metallurgy v. 8. Mechanical testing v. 9. Metallography and microstructures v. 10. Materials characterization v. 11. Failure analysis and prevention v. 12. Fractography v. 13. Corrosion v. 13B. Corrosion : materials v. 13C. Corrosion : environments and industries v. 14. Forming and forging v. 14A. Metalworking : bulk forming v. 14B. Metalworking : sheet forming v. 15. Casting v. 16. Machining v. 17. Nondestructive evaluation and quality control v. 17 [2018 ed.] Nondestructive evaluation of materials v. 18. Friction, lubrication, and wear technology v. 19. Fatigue and fracture v. 20. Materials selection and design v. 21. Composites v. 22A. Fundamentals of modeling for metals processing v. 22B. Metals process simulation v. 23. Materials for medical devices.
書誌情報
この資料の詳細や典拠（同じ主題の資料を指すキーワード、著者名）等を確認できます。
- 資料種別
- 図書
- ISBN
- 0871703777 (v. 1)
- タイトル
- 著者・編者
- prepared under the direction of the ASM International Handbook Committee.
- 出版年月日等
- c1984-
- 出版年（W3CDTF）
- 1984
- 数量
- v.
- 形態の詳細
- ill. (some col.)