한티미디어 / (주)한티에듀

Modern Ceramic Engineering

: Properties, Processing, and Use in Design 3/e

역/저자	David W. Richerson

ISBN	9781574446937

판형	254*178

페이지	707

정가	59,000 원

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목 차

Providing an introduction to the structure, properties, processing, design concepts, and applications of advanced ceramics, this work emphasizes how and why ceramics differ from metals and organics.

Ceramics as Engineering Materials	p. 1
What Is a Ceramic?	p. 3
Definitions of Ceramics	p. 3
Material Types Generally Considered in the Ceramics Family	p. 3
So What Is a Ceramic?	p. 5
References	p. 6
Study Guide	p. 6
History of Ceramics	p. 7
Ceramics in the Stone Age	p. 7
The Rise of Traditional Ceramic Industries	p. 12
From Traditional to Modern Ceramics	p. 18
Summary	p. 19
References	p. 19
Study Guide	p. 20
Applications: Engineering with Ceramics	p. 21
High-Temperature Applications	p. 22
Wear and Corrosion Resistance Applications	p. 36
Cutting and Grinding	p. 45
Electrical Applications of Ceramics	p. 50
Magnetic Ceramics	p. 61
Optical Applications of Ceramics	p. 61
Composites	p. 68
Medical Applications of Ceramics	p. 69
Energy Efficiency and Pollution Control	p. 78
Military	p. 84
Recreation	p. 85
Summary	p. 87
References	p. 87
Study Guide	p. 88
Structure and Properties	p. 91
Atomic Bonding and Crystal Structure	p. 93
Electronic Configuration of Atoms	p. 93
Bonding	p. 94
Polymorphic Forms and Transformations	p. 105
Noncrystalline Structures	p. 107
Molecular Structures	p. 109
References	p. 113
Problems	p. 113
Study Guide	p. 114
Crystal Chemistry and Specific Crystal Structures	p. 115
Crystal Structure Notations	p. 115
Crystal Chemistry of Ceramics	p. 119
Metallic and Ceramic Crystal Structures	p. 125
References	p. 142
Additional Recommended Reading	p. 142
Problems	p. 142
Study Guide	p. 142
Phase Equilibria and Phase Equilibrium Diagrams	p. 145
Phase Equilibrium Diagrams	p. 145
Phase Equilibrium Diagram Composition Calculations	p. 170
Isoplethal Crystallization Paths	p. 174
Nonequilibrium Behavior	p. 178
References	p. 179
Problems	p. 180
Study Guide	p. 182
Physical and Thermal Behavior	p. 183
Physical Properties	p. 183
Thermal Properties	p. 189
Thermal Expansion	p. 198
References	p. 207
Problems	p. 207
Study Guide	p. 209
Mechanical Behavior and Measurement	p. 211
Elasticity	p. 211
Strength	p. 216
Fracture Toughness	p. 230
Ductile Versus Brittle Behavior	p. 231
References	p. 240
Additional Recommended Reading	p. 241
Problems	p. 241
Study Guide	p. 241
Time, Temperature, and Environmental Effects on Properties	p. 243
Creep	p. 243
Static Fatigue	p. 252
Chemical Effects	p. 255
Mechanically Induced Effects	p. 269
Thermal Shock	p. 276
References	p. 280
Problems	p. 281
Study Guide	p. 282
Electrical Behavior	p. 285
Fundamentals and Definitions	p. 285
Electronic Conductivity	p. 286
Ionic Conductivity	p. 288
Conductive Polymers	p. 302
Electrical Insulators	p. 304
Semiconductors	p. 309
Superconductivity	p. 312
References	p. 319
Additional Recommended Reading	p. 320
Problems	p. 320
Study Guide	p. 321
Dielectric, Magnetic, and Optical Behavior	p. 323
Dielectric Properties	p. 323
Magnetic Behavior	p. 347
Optical Behavior	p. 356
References	p. 365
Problems	p. 366
Study Guide	p. 366
Processing of Ceramics	p. 369
Powder Processing	p. 371
Raw Materials	p. 371
Powder Preparation and Sizing	p. 375
Preconsolidation	p. 394
Batch Determination	p. 399
References	p. 400
Additional Recommended Reading	p. 401
Problems	p. 402
Study Guide	p. 402
Shape-Forming Processes	p. 403
Pressing	p. 403
Casting	p. 420
Plastic Forming	p. 446
Green Machining	p. 471
References	p. 472
Additional Recommended Reading	p. 473
Problems	p. 474
Study Guide	p. 475
Densification	p. 477
Theory of Sintering	p. 477
Modified Densification Processes	p. 496
References	p. 524
Additional Recommended Reading	p. 526
Problems	p. 526
Study Guide	p. 526
Final Machining	p. 529
Mechanisms of Material Removal	p. 529
Effects on Strength	p. 533
Additional Sources of Information	p. 543
References	p. 543
Additional Recommended Reading	p. 545
Problems	p. 545
Study Guide	p. 546
Quality Assurance	p. 547
In-Process QA	p. 547
Specification and Certification	p. 548
Proof Testing	p. 550
Nondestructive Inspection	p. 550
Quality Problem Solving and Improvement	p. 560
References	p. 567
Additional Recommended Reading	p. 568
Problems	p. 569
Study Guide	p. 569
Design with Ceramics	p. 571
Design Considerations	p. 573
Requirements of the Application	p. 573
Property Limitations	p. 574
Fabrication Limitations	p. 576
Cost Considerations	p. 578
Reliability Requirements	p. 578
Summary	p. 579
References	p. 579
Study Guide	p. 579
Design Approaches	p. 581
Empirical Design	p. 581
Deterministic Design	p. 581
Probabilistic Design	p. 583
Linear Elastic Fracture Mechanics Approach	p. 591
Combined Approaches	p. 592
References	p. 592
Additional Recommended Reading	p. 593
Problems	p. 593
Study Guide	p. 594
Failure Analysis	p. 595
Fractography	p. 595
Summary	p. 621
References	p. 621
Additional Recommended Reading	p. 622
Study Guide	p. 622
Toughening of Ceramics	p. 625
Toughening Mechanisms	p. 625
Examples of Toughened Ceramics	p. 636
Summary	p. 673
References	p. 675
Problems	p. 680
Study Guide	p. 680
Glossary	p. 683
Effective Ionic Radii for Cations and Anions	p. 691
The Periodic Table of the Elements	p. 695
Index	p. 697
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