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全47件
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 Machining Processes/ 1 Fundamentals of the Machining Process/ 5 Mechanics of Chip Formation/ 7 Forces, Power, and Stresses in Machining/ 13 Surface Finish and Surface Integrity/ 19 Tool Wear and Tool Life/ 37 Cutting Tool Materials/ 49 High-Speed Tool Steels/ 51 P/M High-Speed Tool Steels/ 60 Cast Cobalt Alloys/ 69 Cemented Carbides/ 71 Cermets/ 90 Ceramics/ 98 Ultrahard Tool Materials/ 105 Cutting Fluids/ 119 Metal Cutting and Grinding Fluids/ 121 Traditional Machining Processes/ 133 Turning/ 135 Boring/ 160 Trepanning/ 175 Planing/ 181 Shaping and Slotting/ 187 Broaching/ 194 Drilling/ 212 Reaming/ 239 Countersinking, Counterboring, and Spotfacing/ 249 Roller Burnishing/ 252 Tapping/ 255 Appendix: Cold Form Tapping/ 265 Thread Milling/ 268 Thread Grinding/ 270 Thread Rolling/ 280 Die Threading/ 296 Milling/ 303 Gear Manufacture/ 330 Sawing/ 356 Multiple-Operation Machining/ 366 Automatic Lathes/ 367 Machining Centers/ 393 Transfer Machines/ 395 Flexible Manufacturing Systems/ 397 Proper Fixturing/ 404 Tool Condition Monitoring Systems/ 411 Grinding, Honing, and Lapping/ 419 Principles of Grinding/ 421 Appendix: Comparison of Cutting and Grinding/ 426 Grinding Equipment and Processes/ 430 Superabrasives/ 453 Honing/ 472 Lapping/ 492 Nontraditional Machining Processes/ 507 Introduction/ 509 Abrasive Jet Machining/ 511 Abrasive Flow Machining/ 514 Waterjet/Abrasive Waterjet Machining/ 520 Ultrasonic Machining/ 528 Electrochemical Machining/ 533 Electrochemical Grinding/ 542 Electrochemical Discharge Grinding/ 548 Electrostream and Capillary Drilling/ 551 Shaped Tube Electrolytic Machining/ 554 Electrical Discharge Machining/ 557 Electrical Discharge Grinding/ 565 Electron Beam Machining/ 568 Laser Beam Machining/ 572 Appendix: Laser-Enhanced Etching/ 576 Thermal Energy Method/ 577 Chemical Milling/ 579 Photochemical Machining/ 587 High-Productivity Machining/ 595 High-Speed Machining/ 597 High Removal Rate Machining/ 607 Machine Controls and Computer Applications in Machining/ 611 Numerical Control/ 613 Adaptive Control/ 618 CAD/CAM Applications in Machining/ 627 Machining of Specific Metals and Alloys/ 637 Machinability Test Methods/ 639 Machining of Cast Irons/ 648 Machining of Carbon and Alloy Steels/ 666 Appendix: Machinability Testing of Carbon and Alloy Steels/ 677 Machining of Stainless Steels/ 681 Machining of Tool Steels/ 708 Machining of P/M Tool Steels/ 733 Machining of Heat-Resistant Alloys/ 736 Machining of Aluminum and Aluminum Alloys/ 761 Machining of Copper and Copper Alloys/ 805 Machining of Magnesium and Magnesium Alloys/ 820 Machining of Zinc Alloy Die Castings/ 831 Machining of Nickel and Nickel Alloys/ 835 Machining of Reactive Metals/ 844 Machining of Refractory Metals/ 858 Machining of Beryllium/ 870 Machining of Uranium and Uranium Alloys/ 874 Machining of Powder Metallurgy Materials/ 879 Machining of Metal-Matrix Composites and Honeycomb Structures/ 893 Metric Conversion Guide/ 903 Abbreviations and Symbols/ 906 Index/ 909
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Contents History of Fractography/ 1 Modes of Fracture/ 12 Preparation and Preservation of Fracture Specimens/ 72 Photography of Fractured Parts and Fracture Surfaces/ 78 Visual Examination and Light Microscopy/ 91 Scanning Electron Microscopy/ 166 Transmission Electron Microscopy/ 179 Quantitative Fractography/ 193 Fractal Analysis of Fracture Surfaces/ 211 Atlas of Fractographs/ 216 Pure Irons/ 219 Gray Irons/ 225 Ductile Irons/ 227 Malleable Irons/White Irons/ 238 Low-Carbon Steels/ 240 Medium-Carbon Steels/ 253 High-Carbon Steels/ 277 AISI/SAE Alloy Steels/ 291 ASTM/ASME Alloy Steels/ 345 Austenitic Stainless Steels/ 351 Martensitic Stainless Steels/ 366 Precipitation-Hardening Stainless Steels/ 370 Tool Steels/ 375 Maraging Steels/ 383 Iron-Base Superalloys/ 388 Nickel-Base Superalloys/ 389 Nickel Alloys/ 396 Cobalt Alloys/ 398 Copper Alloys/ 399 Cast Aluminum Alloys/ 405 Wrought Aluminum Alloys/ 414 P/M Aluminum Alloys/ 440 Titanium Alloys/ 441 Miscellaneous Metals and Alloys/ 456 Metal-Matrix Composites/ 465 Cemented Carbides/ 470 Ceramics/ 471 Concrete and Asphalt/ 472 Resin-Matrix Composites/ 474 Polymers/ 479 Electronic Materials/ 481 Metric Conversion Guide/ 489 Abbreviations and Symbols/ 492 Index/ 495
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.)