Efnisyfirlit

• COVER
• PREFACE
• LIST OF SYMBOLS
• CHAPTER 1: INTRODUCTION
  • 1.1 HISTORICAL PERSPECTIVE
  • 1.2 MATERIALS SCIENCE AND ENGINEERING
  • 1.3 WHY STUDY MATERIALS SCIENCE AND ENGINEERING?
  • 1.4 CLASSIFICATION OF MATERIALS
  • 1.5 ADVANCED MATERIALS
  • 1.6 MODERN MATERIALS’ NEEDS
  • SUMMARY
  • REFERENCES
  • QUESTIONS
  • NOTES
• CHAPTER 2: ATOMIC STRUCTURE AND INTERATOMIC BONDING
  • 2.1 INTRODUCTION
  • ATOMIC STRUCTURE
  • 2.2 FUNDAMENTAL CONCEPTS
  • 2.3 ELECTRONS IN ATOMS
  • 2.4 THE PERIODIC TABLE
  • ATOMIC BONDING IN SOLIDS
  • 2.5 BONDING FORCES AND ENERGIES
  • 2.6 PRIMARY INTERATOMIC BONDS
  • 2.7 SECONDARY BONDING OR VAN DER WAALS BONDING
  • 2.8 MIXED BONDING
  • 2.9 MOLECULES
  • 2.10 BONDING TYPE-MATERIAL CLASSIFICATION CORRELATIONS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 3: THE STRUCTURE OF CRYSTALLINE SOLIDS
  • 3.1 INTRODUCTION
  • CRYSTAL STRUCTURES
  • 3.2 FUNDAMENTAL CONCEPTS
  • 3.3 UNIT CELLS
  • 3.4 METALLIC CRYSTAL STRUCTURES
  • 3.5 DENSITY COMPUTATIONS
  • 3.6 POLYMORPHISM AND ALLOTROPY
  • 3.7 CRYSTAL SYSTEMS
  • CRYSTALLOGRAPHIC POINTS, DIRECTIONS, AND PLANES
  • 3.8 CRYSTALLOGRAPHIC POINTS
  • 3.9 CRYSTALLOGRAPHIC DIRECTIONS
  • 3.10 CRYSTALLOGRAPHIC PLANES
  • 3.11 LINEAR AND PLANAR DENSITIES
  • 3.12 CLOSE-PACKED CRYSTAL STRUCTURES
  • CRYSTALLINE AND NONCRYSTALLINE MATERIALS
  • 3.13 SINGLE CRYSTALS
  • 3.14 POLYCRYSTALLINE MATERIALS
  • 3.15 ANISOTROPY
  • 3.16 X-RAY DIFFRACTION: DETERMINATION OF CRYSTAL STRUCTURES
  • 3.17 NONCRYSTALLINE SOLIDS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 4: IMPERFECTIONS IN SOLIDS
  • 4.1 INTRODUCTION
  • POINT DEFECTS
  • 4.2 VACANCIES AND SELF-INTERSTITIALS
  • 4.3 IMPURITIES IN SOLIDS
  • 4.4 SPECIFICATION OF COMPOSITION
  • MISCELLANEOUS IMPERFECTIONS
  • 4.5 DISLOCATIONS—LINEAR DEFECTS
  • 4.6 INTERFACIAL DEFECTS
  • 4.7 BULK OR VOLUME DEFECTS
  • 4.8 ATOMIC VIBRATIONS
  • MICROSCOPIC EXAMINATION
  • 4.9 BASIC CONCEPTS OF MICROSCOPY
  • 4.10 MICROSCOPIC TECHNIQUES
  • 4.11 GRAIN-SIZE DETERMINATION
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 5: DIFFUSION
  • 5.1 INTRODUCTION
  • 5.2 DIFFUSION MECHANISMS
  • 5.3 FICK’S FIRST LAW
  • 5.4 FICK’S SECOND LAW—NONSTEADY-STATE DIFFUSION
  • 5.5 FACTORS THAT INFLUENCE DIFFUSION
  • 5.6 DIFFUSION IN SEMICONDUCTING MATERIALS7
  • 5.7 OTHER DIFFUSION PATHS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 6: MECHANICAL PROPERTIES OF METALS
  • 6.1 INTRODUCTION
  • 6.2 CONCEPTS OF STRESS AND STRAIN
  • ELASTIC DEFORMATION
  • 6.3 STRESS–STRAIN BEHAVIOR
  • 6.4 ANELASTICITY
  • 6.5 ELASTIC PROPERTIES OF MATERIALS
  • PLASTIC DEFORMATION
  • 6.6 TENSILE PROPERTIES
  • 6.7 TRUE STRESS AND STRAIN
  • 6.8 ELASTIC RECOVERY AFTER PLASTIC DEFORMATION
  • 6.9 COMPRESSIVE, SHEAR, AND TORSIONAL DEFORMATIONS
  • 6.10 HARDNESS
  • PROPERTY VARIABILITY AND DESIGN/SAFETY FACTORS
  • 6.11 VARIABILITY OF MATERIAL PROPERTIES
  • 6.12 DESIGN/SAFETY FACTORS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 7: DISLOCATIONS AND STRENGTHENING MECHANISMS
  • 7.1 INTRODUCTION
  • 7.2 BASIC CONCEPTS
  • 7.3 CHARACTERISTICS OF DISLOCATIONS
  • 7.4 SLIP SYSTEMS
  • 7.5 SLIP IN SINGLE CRYSTALS
  • 7.6 PLASTIC DEFORMATION OF POLYCRYSTALLINE MATERIALS
  • 7.7 DEFORMATION BY TWINNING
  • MECHANISMS OF STRENGTHENING IN METALS
  • 7.8 STRENGTHENING BY GRAIN SIZE REDUCTION
  • 7.9 SOLID-SOLUTION STRENGTHENING
  • 7.10 STRAIN HARDENING
  • RECOVERY, RECRYSTALLIZATION, AND GRAIN GROWTH
  • 7.11 RECOVERY
  • 7.12 RECRYSTALLIZATION
  • 7.13 GRAIN GROWTH
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 8: FAILURE
  • 8.1 INTRODUCTION
  • FRACTURE
  • 8.2 FUNDAMENTALS OF FRACTURE
  • 8.3 DUCTILE FRACTURE
  • 8.4 BRITTLE FRACTURE
  • 8.5 PRINCIPLES OF FRACTURE MECHANICS1
  • 8.6 FRACTURE TOUGHNESS TESTING
  • FATIGUE
  • 8.7 CYCLIC STRESSES
  • 8.8 THE S–N CURVE
  • 8.9 CRACK INITIATION AND PROPAGATION10
  • 8.10 FACTORS THAT AFFECT FATIGUE LIFE12
  • 8.11 ENVIRONMENTAL EFFECTS
  • CREEP
  • 8.12 GENERALIZED CREEP BEHAVIOR
  • 8.13 STRESS AND TEMPERATURE EFFECTS
  • 8.14 DATA EXTRAPOLATION METHODS
  • 8.15 ALLOYS FOR HIGH-TEMPERATURE USE
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 9: PHASE DIAGRAMS
  • 9.1 INTRODUCTION
  • DEFINITIONS AND BASIC CONCEPTS
  • 9.2 SOLUBILITY LIMIT
  • 9.3 PHASES
  • 9.4 MICROSTRUCTURE
  • 9.5 PHASE EQUILIBRIA
  • 9.6 ONE-COMPONENT (OR UNARY) PHASE DIAGRAMS
  • BINARY PHASE DIAGRAMS
  • 9.7 BINARY ISOMORPHOUS SYSTEMS
  • 9.8 INTERPRETATION OF PHASE DIAGRAMS
  • 9.9 DEVELOPMENT OF MICROSTRUCTURE IN ISOMORPHOUS ALLOYS
  • 9.10 MECHANICAL PROPERTIES OF ISOMORPHOUS ALLOYS
  • 9.11 BINARY EUTECTIC SYSTEMS
  • 9.12 DEVELOPMENT OF MICROSTRUCTURE IN EUTECTIC ALLOYS
  • 9.13 EQUILIBRIUM DIAGRAMS HAVING INTERMEDIATE PHASES OR COMPOUNDS
  • 9.14 EUTECTOID AND PERITECTIC REACTIONS
  • 9.15 CONGRUENT PHASE TRANSFORMATIONS
  • 9.16 CERAMIC AND TERNARY PHASE DIAGRAMS
  • 9.17 THE GIBBS PHASE RULE
  • THE IRON–CARBON SYSTEM
  • 9.18 THE IRON–IRON CARBIDE (FE–FE3C) PHASE DIAGRAM
  • 9.19 DEVELOPMENT OF MICROSTRUCTURE IN IRON–CARBON ALLOYS
  • 9.20 THE INFLUENCE OF OTHER ALLOYING ELEMENTS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 10: PHASE TRANSFORMATIONS: DEVELOPMENT OF MICROSTRUCTURE AND ALTERATION OF MECHANICAL PROPERTIES
  • 10.1 INTRODUCTION
  • PHASE TRANSFORMATIONS
  • 10.2 BASIC CONCEPTS
  • 10.3 THE KINETICS OF PHASE TRANSFORMATIONS
  • 10.4 METASTABLE VERSUS EQUILIBRIUM STATES
  • MICROSTRUCTURAL AND PROPERTY CHANGES IN IRON–CARBON ALLOYS
  • 10.5 ISOTHERMAL TRANSFORMATION DIAGRAMS
  • 10.6 CONTINUOUS-COOLING TRANSFORMATION DIAGRAMS
  • 10.7 MECHANICAL BEHAVIOR OF IRON–CARBON ALLOYS
  • 10.8 TEMPERED MARTENSITE
  • 10.9 REVIEW OF PHASE TRANSFORMATIONS AND MECHANICAL PROPERTIES FOR IRON–CARBON ALLOYS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 11: APPLICATIONS AND PROCESSING OF METAL ALLOYS
  • 11.1 INTRODUCTION
  • TYPES OF METAL ALLOYS
  • 11.2 FERROUS ALLOYS
  • 11.3 NONFERROUS ALLOYS
  • FABRICATION OF METALS
  • 11.4 FORMING OPERATIONS
  • 11.5 CASTING
  • 11.6 MISCELLANEOUS TECHNIQUES
  • 11.7 3D PRINTING (ADDITIVE MANUFACTURING)
  • THERMAL PROCESSING OF METALS
  • 11.8 ANNEALING PROCESSES
  • 11.9 HEAT TREATMENT OF STEELS
  • 11.10 PRECIPITATION HARDENING
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 12: STRUCTURES AND PROPERTIES OF CERAMICS
  • 12.1 INTRODUCTION
  • CERAMIC STRUCTURES
  • 12.2 CRYSTAL STRUCTURES
  • 12.3 SILICATE CERAMICS
  • 12.4 CARBON
  • 12.5 IMPERFECTIONS IN CERAMICS
  • 12.6 DIFFUSION IN IONIC MATERIALS
  • 12.7 CERAMIC PHASE DIAGRAMS
  • MECHANICAL PROPERTIES
  • 12.8 BRITTLE FRACTURE OF CERAMICS
  • 12.9 STRESS–STRAIN BEHAVIOR
  • 12.10 MECHANISMS OF PLASTIC DEFORMATION
  • 12.11 MISCELLANEOUS MECHANICAL CONSIDERATIONS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 13: APPLICATIONS AND PROCESSING OF CERAMICS
  • 13.1 INTRODUCTION
  • TYPES AND APPLICATIONS OF CERAMICS
  • 13.2 GLASSES
  • 13.3 GLASS-CERAMICS
  • 13.4 CLAY PRODUCTS
  • 13.5 REFRACTORIES
  • 13.6 ABRASIVES
  • 13.7 CEMENTS
  • 13.8 CERAMIC BIOMATERIALS
  • 13.9 CARBONS
  • 13.10 ADVANCED CERAMICS
  • FABRICATION AND PROCESSING OF CERAMICS
  • 13.11 FABRICATION AND PROCESSING OF GLASSES AND GLASS-CERAMICS
  • 13.12 FABRICATION AND PROCESSING OF CLAY PRODUCTS
  • 13.13 POWDER PRESSING
  • 13.14 TAPE CASTING
  • 13.15 3D PRINTING OF CERAMIC MATERIALS
  • SUMMARY
  • Important Terms and Concepts
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 14: POLYMER STRUCTURES
  • 14.1 INTRODUCTION
  • 14.2 HYDROCARBON MOLECULES
  • 14.3 POLYMER MOLECULES
  • 14.4 THE CHEMISTRY OF POLYMER MOLECULES
  • 14.5 MOLECULAR WEIGHT
  • 14.6 MOLECULAR SHAPE
  • 14.7 MOLECULAR STRUCTURE
  • 14.8 MOLECULAR CONFIGURATIONS
  • 14.9 THERMOPLASTIC AND THERMOSETTING POLYMERS
  • 14.10 COPOLYMERS
  • 14.11 POLYMER CRYSTALLINITY
  • 14.12 POLYMER CRYSTALS
  • 14.13 DEFECTS IN POLYMERS
  • 14.14 DIFFUSION IN POLYMERIC MATERIALS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 15: CHARACTERISTICS, APPLICATIONS, AND PROCESSING OF POLYMERS
  • 15.1 INTRODUCTION
  • MECHANICAL BEHAVIOR OF POLYMERS
  • 15.2 STRESS–STRAIN BEHAVIOR
  • 15.3 MACROSCOPIC DEFORMATION
  • 15.4 VISCOELASTIC DEFORMATION
  • 15.5 FRACTURE OF POLYMERS
  • 15.6 MISCELLANEOUS MECHANICAL CHARACTERISTICS
  • MECHANISMS OF DEFORMATION AND FOR STRENGTHENING OF POLYMERS
  • 15.7 DEFORMATION OF SEMICRYSTALLINE POLYMERS
  • 15.8 FACTORS THAT INFLUENCE THE MECHANICAL PROPERTIES OF SEMICRYSTALLINE POLYMERS
  • 15.9 DEFORMATION OF ELASTOMERS
  • CRYSTALLIZATION, MELTING, AND GLASS-TRANSITION PHENOMENA IN POLYMERS
  • 15.10 CRYSTALLIZATION
  • 15.11 MELTING
  • 15.12 THE GLASS TRANSITION
  • 15.13 MELTING AND GLASS TRANSITION TEMPERATURES
  • 15.14 FACTORS THAT INFLUENCE MELTING AND GLASS TRANSITION TEMPERATURES
  • POLYMER TYPES
  • 15.15 PLASTICS
  • 15.16 ELASTOMERS
  • 15.17 FIBERS
  • 15.18 MISCELLANEOUS APPLICATIONS
  • 15.19 POLYMERIC BIOMATERIALS
  • 15.20 ADVANCED POLYMERIC MATERIALS
  • POLYMER SYNTHESIS AND PROCESSING
  • 15.21 POLYMERIZATION
  • 15.22 POLYMER ADDITIVES
  • 15.23 FORMING TECHNIQUES FOR PLASTICS
  • 15.24 FABRICATION OF ELASTOMERS
  • 15.25 FABRICATION OF FIBERS AND FILMS
  • 15.26 3D PRINTING OF POLYMERS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 16: COMPOSITES
  • 16.1 INTRODUCTION
  • PARTICLE-REINFORCED COMPOSITES
  • 16.2 LARGE-PARTICLE COMPOSITES
  • 16.3 DISPERSION-STRENGTHENED COMPOSITES
  • FIBER-REINFORCED COMPOSITES
  • 16.4 INFLUENCE OF FIBER LENGTH
  • 16.5 INFLUENCE OF FIBER ORIENTATION AND CONCENTRATION
  • 16.6 THE FIBER PHASE
  • 16.7 THE MATRIX PHASE
  • 16.8 POLYMER–MATRIX COMPOSITES
  • 16.9 METAL-MATRIX COMPOSITES
  • 16.10 CERAMIC-MATRIX COMPOSITES
  • 16.11 CARBON–CARBON COMPOSITES
  • 16.12 HYBRID COMPOSITES
  • 16.13 PROCESSING OF FIBER-REINFORCED COMPOSITES
  • STRUCTURAL COMPOSITES
  • 16.14 LAMINAR COMPOSITES
  • 16.15 SANDWICH PANELS
  • 16.16 NANOCOMPOSITES
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 17: CORROSION AND DEGRADATION OF MATERIALS
  • 17.1 INTRODUCTION
  • CORROSION OF METALS
  • 17.2 ELECTROCHEMICAL CONSIDERATIONS
  • 17.3 CORROSION RATES
  • 17.4 PREDICTION OF CORROSION RATES
  • 17.5 PASSIVITY
  • 17.6 ENVIRONMENTAL EFFECTS
  • 17.7 FORMS OF CORROSION
  • 17.8 CORROSION ENVIRONMENTS
  • 17.9 CORROSION PREVENTION
  • 17.10 OXIDATION
  • CORROSION OF CERAMIC MATERIALS
  • DEGRADATION OF POLYMERS
  • 17.11 SWELLING AND DISSOLUTION
  • 17.12 BOND RUPTURE
  • 17.13 WEATHERING
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 18: ELECTRICAL PROPERTIES
  • 18.1 INTRODUCTION
  • ELECTRICAL CONDUCTION
  • 18.2 OHM’S LAW
  • 18.3 ELECTRICAL CONDUCTIVITY
  • 18.4 ELECTRONIC AND IONIC CONDUCTION
  • 18.5 ENERGY BAND STRUCTURES IN SOLIDS
  • 18.6 CONDUCTION IN TERMS OF BAND AND ATOMIC BONDING MODELS
  • 18.7 ELECTRON MOBILITY
  • 18.8 ELECTRICAL RESISTIVITY OF METALS
  • 18.9 ELECTRICAL CHARACTERISTICS OF COMMERCIAL ALLOYS
  • SEMICONDUCTIVITY
  • 18.10 INTRINSIC SEMICONDUCTION
  • 18.11 EXTRINSIC SEMICONDUCTION
  • 18.12 THE TEMPERATURE DEPENDENCE OF CARRIER CONCENTRATION
  • 18.13 FACTORS THAT AFFECT CARRIER MOBILITY
  • 18.14 THE HALL EFFECT
  • 18.15 SEMICONDUCTOR DEVICES
  • ELECTRICAL CONDUCTION IN IONIC CERAMICS AND IN POLYMERS
  • 18.16 CONDUCTION IN IONIC MATERIALS
  • 18.17 ELECTRICAL PROPERTIES OF POLYMERS
  • DIELECTRIC BEHAVIOR
  • 18.18 CAPACITANCE
  • 18.19 FIELD VECTORS AND POLARIZATION
  • 18.20 TYPES OF POLARIZATION
  • 18.21 FREQUENCY DEPENDENCE OF THE DIELECTRIC CONSTANT
  • 18.22 DIELECTRIC STRENGTH
  • 18.23 DIELECTRIC MATERIALS
  • OTHER ELECTRICAL CHARACTERISTICS OF MATERIALS
  • 18.24 FERROELECTRICITY
  • 18.25 PIEZOELECTRICITY
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 19: THERMAL PROPERTIES
  • 19.1 INTRODUCTION
  • 19.2 HEAT CAPACITY
  • 19.3 THERMAL EXPANSION
  • 19.4 THERMAL CONDUCTIVITY
  • 19.5 THERMAL STRESSES
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 20: MAGNETIC PROPERTIES
  • 20.1 INTRODUCTION
  • 20.2 BASIC CONCEPTS
  • 20.3 DIAMAGNETISM AND PARAMAGNETISM
  • 20.4 FERROMAGNETISM
  • 20.5 ANTIFERROMAGNETISM AND FERRIMAGNETISM
  • 20.6 THE INFLUENCE OF TEMPERATURE ON MAGNETIC BEHAVIOR
  • 20.7 DOMAINS AND HYSTERESIS
  • 20.8 MAGNETIC ANISOTROPY
  • 20.9 SOFT MAGNETIC MATERIALS
  • 20.10 HARD MAGNETIC MATERIALS
  • 20.11 MAGNETIC STORAGE
  • 20.12 SUPERCONDUCTIVITY
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTES
• CHAPTER 21: OPTICAL PROPERTIES
  • 21.1 INTRODUCTION
  • BASIC CONCEPTS
  • 21.2 ELECTROMAGNETIC RADIATION
  • 21.3 LIGHT INTERACTIONS WITH SOLIDS
  • 21.4 ATOMIC AND ELECTRONIC INTERACTIONS
  • OPTICAL PROPERTIES OF METALS
  • OPTICAL PROPERTIES OF NONMETALS
  • 21.5 REFRACTION
  • 21.6 REFLECTION
  • 21.7 ABSORPTION
  • 21.8 TRANSMISSION
  • 21.9 COLOR
  • 21.10 OPACITY AND TRANSLUCENCY IN INSULATORS
  • APPLICATIONS OF OPTICAL PHENOMENA
  • 21.11 LUMINESCENCE
  • 21.12 PHOTOCONDUCTIVITY
  • 21.13 LASERS
  • 21.14 OPTICAL FIBERS IN COMMUNICATIONS
  • SUMMARY
  • REFERENCES
  • QUESTIONS AND PROBLEMS
  • NOTE
• CHAPTER 22: ENVIRONMENTAL AND SOCIETAL ISSUES IN MATERIALS SCIENCE AND ENGINEERING
  • 22.1 INTRODUCTION
  • 22.2 ENVIRONMENTAL AND SOCIETAL CONSIDERATIONS
  • 22.3 RECYCLING ISSUES IN MATERIALS SCIENCE AND ENGINEERING
  • SUMMARY
  • REFERENCES
  • NOTES
• APPENDIX A THE INTERNATIONAL SYSTEM OF UNITS (SI)
• APPENDIX B PROPERTIES OF SELECTED ENGINEERING MATERIALS
• APPENDIX C COSTS AND RELATIVE COSTS FOR SELECTED ENGINEERING MATERIALS
• APPENDIX D REPEAT UNIT STRUCTURES FOR COMMON POLYMERS
• APPENDIX E GLASS TRANSITION AND MELTING TEMPERATURES FOR COMMON POLYMERIC MATERIALS
• GLOSSARY
• ANSWERS TO SELECTED PROBLEMS
• INDEX
• END USER LICENSE AGREEMENT

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