000			12298cam a2200529Ia 4500
001			ocn659488875
003			AE-DuAU
005			20241127173703.0
008			100830s2011 ctua 001 0 eng d
010			_a 2010922628
016	7		_a015685068 _2Uk
020			_a9780495668022 (pbk.)
020			_a0495668028 (pbk.)
020			_a9780495296027 (hbk.)
020			_a0495296023 (hbk.)
035			_a(OCoLC)659488875 _z(OCoLC)701446944
040			_aSINUS _cSINUS _dYDXCP _dCIN _dSITPL _dOCLCA _dINU _dUKMGB _dZ6E _dFER _dCDX
049			_aTSAA
050		4	_aTA403 _b.A74 2011
090			_aTA 403 .A74 2011
100	1		_aAskeland, Donald R. _95223
245	1	4	_aThe science and engineering of materials / _cDonald R. Askeland, Pradeep P. Fulay, Wendelin J. Wright.
250			_a6th ed.
260			_aStamford, CT : _bCengage Learning, _cc2011.
300			_axxi, 921 p. : _bill. (some col.) ; _c27 cm.
336			_2rdacontent _atext _btxt
337			_2rdamedia _aunmediated _bn
338			_2rdacarrier _avolume _bnc
504			_aIncludes index.
505	0	0	_gMachine generated contents note: _gch. 1 _tIntroduction to Materials Science and Engineering -- _g1. _tWhat is Materials Science and Engineering? -- _g1-2. _tClassification of Materials -- _g1-3. _tFunctional Classification of Materials -- _g1-4. _tClassification of Materials Based on Structure -- _g1-5. _tEnvironmental and Other Effects -- _g1-6. _tMaterials Design and Selection -- _tSummary -- _tGlossary -- _tProblems -- _gch. 2 _tAtomic Structure -- _g2-1. _tThe Structure of Materials: Technological Relevance -- _g2-2. _tThe Structure of the Atom -- _g2-3. _tThe Electronic Structure of the Atom -- _g2-4. _tThe Periodic Table -- _g2-5. _tAtomic Bonding -- _g2-6. _tBinding Energy and Interatomic Spacing -- _g2-7. _tThe Many Forms of Carbon: Relationships Between Arrangements of Atoms and Materials Properties -- _tSummary -- _tGlossary -- _tProblems -- _gch. 3 _tAtomic and lonic Arrangements -- _g3-1. _tShort-Range Order versus Long-Range Order -- _g3-2. _tAmorphous Materials -- _g3-3. _tLattice, Basis, Unit Cells, and Crystal Structures -- _g3-4. _tAllotropic or Polymorphic Transformations
505	0	0	_g3-5. _tPoints, Directions, and Planes in the Unit Cell -- _g3-6. _tInterstitial Sites -- _g3-7. _tCrystal Structures of Ionic Materials -- _g3-8. _tCovalent Structures -- _g3-9. _tDiffraction Techniques for Crystal Structure Analysis -- _tSummary -- _tGlossary -- _tProblems -- _gch. 4 _tImperfections in the Atomic and lonic Arrangements -- _g4-1. _tPoint Defects -- _g4-2. _tOther Point Defects -- _g4-3. _tDislocations -- _g4-4. _tSignificance of Dislocations -- _g4-5. _tSchmid's Law -- _g4-6. _tInfluence of Crystal Structure -- _g4-7. _tSurface Defects -- _g4-8. _tImportance of Defects -- _tSummary -- _tGlossary -- _tProblems -- _gch. 5 _tAtom and lon Movements in Materials -- _g5-1. _tApplications of Diffusion -- _g5-2. _tStability of Atoms and Ions -- _g5-3. _tMechanisms for Diffusion -- _g5-4. _tActivation Energy for Diffusion -- _g5-5. _tRate of Diffusion [Fick's First Law] -- _g5-6. _tFactors Affecting Diffusion -- _g5-7. _tPermeability of Polymers -- _g5-8. _tComposition Profile [Fick's Second Law] -- _g5-9. _tDiffusion and Materials Processing -- _tSummary -- _tGlossary -- _tProblems -- _gch. 6 _tMechanical Properties: Part One -- _g6-1. _tTechnological Significance
505	0	0	_g6-2. _tTerminology for Mechanical Properties -- _g6-3. _tThe Tensile Test: Use of the Stress-Strain Diagram -- _g6-4. _tProperties Obtained from the Tensile Test -- _g6-5. _tTrue Stress and True Strain -- _g6-6. _tThe Bend Test for Brittle Materials -- _g6-7. _tHardness of Materials -- _g6-8. _tNanoindentation -- _g6-9. _tStrain Rate Effects and Impact Behavior -- _g6-10. _tProperties Obtained from the Impact Test -- _g6-11. _tBulk Metallic Glasses and Their Mechanical Behavior -- _g6-12. _tMechanical Behavior at Small Length Scales -- _tSummary -- _tGlossary -- _tProblems -- _gch. 7 _tMechanical Properties: Part Two -- _g7-1. _tFracture Mechames -- _g7-2. _tThe Importance of Fracture Mechanics -- _g7-3. _tMicrostructural Features of Fracture in Metallic Materials -- _g7-4. _tMicrostructural Features of Fracture in Ceramics, Glasses, and Composites -- _g7-5. _tWeibull Statistics for Failure Strength Analysis -- _g7-6. _tFatigue -- _g7-7. _tResults of the Fatigue Test -- _g7-8. _tApplication of Fatigue Testing -- _g7-9. _tCreep, Stress Rupture, and Stress Corrosion -- _g7-10. _tEvaluation of Creep Behavior -- _g7-11. _tUse of Creep Data -- _tSummary -- _tGlossary -- _tProblems
505	0	0	_gCh. 8 _tStrain Hardening and Annealing -- _g8-1. _tRelationship of Cold Working to the Stress-Strain Curve -- _g8-2. _tStrain-Hardening Mechanisms -- _g8-3. _tProperties versus Percent Cold Work -- _g8-4. _tMicrostructure, Texture Strengthening, and Residual Stresses -- _g8-5. _tCharacteristics of Cold Working -- _g8-6. _tThe Three Stages of Annealing -- _g8-7. _tControl of Annealing -- _g8-8. _tAnnealing and Materials Processing -- _g8-9. _tHot Working -- _tSummary -- _tGlossary -- _tProblems -- _gch. 9 _tPrinciples of Solidification -- _g9-1. _tTechnological Significance -- _g9-2. _tNucleation -- _g9-3. _tApplications of Controlled Nucleation -- _g9-4. _tGrowth Mechanisms -- _g9-5. _tSolidification Time and Dendrite Size -- _g9-6. _tCooling Curves -- _g9-7. _tCast Structure -- _g9-8. _tSolidification Defects -- _g9-9. _tCasting Processes for Manufacturing Components -- _g9-10. _tContinuous Casting and Ingot Casting -- _g9-11. _tDirectional Solidification [DS], Single Crystal Growth, and Epitaxial Growth -- _g9-12. _tSolidification of Polymers and Inorganic Glasses -- _g9-13. _tJoining of Metallic Materials -- _tSummary -- _tGlossary -- _tProblems -- _gch. 10 _tSolid Solutions and Phase Equilibrium
505	0	0	_g10-1. _tPhases and the Phase Diagram -- _g10-2. _tSolubility and Solid Solutions -- _g10-3. _tConditions for Unlimited Solid Solubility -- _g10-4. _tSolid-Solution Strengthening -- _g10-5. _tIsomorphous Phase Diagrams -- _g10-6. _tRelationship Between Properties and the Phase Diagram -- _g10-7. _tSolidification of a Solid-Solution Alloy -- _g10-8. _tNonequilibrium Solidification and Segregation -- _tSummary -- _tGlossary -- _tProblems -- _gChatper 11 _tDispersion Strengthening and Eutectic Phase Diagrams -- _g11-1. _tPrinciples and Examples of Dispersion Strengthening -- _g11-2. _tIntermetallic Compounds -- _g11-3. _tPhase Diagrams Containing Three-Phase Reactions -- _g11-4. _tThe Eutectic Phase Diagram -- _g11-5. _tStrength of Eutectic Alloys -- _g11-6. _tEutectics and Materials Processing -- _g11-7. _tNonequilibrium Freezing in the Eutectic System -- _g11-8. _tNanowires and the Eutectic Phase Diagram -- _tSummary -- _tGlossary -- _tProblems -- _gch. 12 _tDispersion Strengthening by Phase Transformations and Heat Treatment -- _g12-1. _tNucleation and Growth in Solid-State Reactions -- _g12-2. _tAlloys Strengthened by Exceeding the Solubility Limit
505	0	0	_g12-3. _tAge or Precipitation Hardening -- _g12-4. _tApplications of Age-Hardened Alloys -- _g12-5. _tMicrostructural Evolution in Age or Precipitation Hardening -- _g12-6. _tEffects of Aging Temperature and Time -- _g12-7. _tRequirements for Age Hardening -- _g12-8. _tUse of Age-Hardenable Alloys at High Temperatures -- _g12-9. _tThe Eutectoid Reaction -- _g12-10. _tControlling the Eutectoid Reaction -- _g12-11. _tThe Martensitic Reaction and Tempering -- _g12-12. _tThe Shape-Memory Alloys [SMAs] -- _tSummary -- _tGlossary -- _tProblems -- _gch. 13 _tHeat Treatment of Steels and Cast Irons -- _g13-1. _tDesignations and Classification of Steels -- _g13-2. _tSimple Heat Treatments -- _g13-3. _tIsothermal Heat Treatments -- _g13-4. _tQuench and Temper Heat Treatments -- _g13-5. _tEffect of Alloying Elements -- _g13-6. _tApplication of Hardenability -- _g13-7. _tSpecialty Steels -- _g13-8. _tSurface Treatments -- _g13-9. _tWeldability of Steel -- _g13-10. _tStainless Steels -- _g13-11. _tCast Irons -- _tSummary -- _tGlossary -- _tProblems -- _gch. 14 _tNonferrous Alloys -- _g14-1. _tAluminum Alloys -- _g14-2. _tMagnesium and Beryllium Alloys
505	0	0	_g14-3. _tCopper Alloys -- _g14-4. _tNickel and Cobalt Alloys -- _g14-5. _tTitanium Alloys -- _g14-6. _tRefractory and Precious Metals -- _tSummary -- _tGlossary -- _tProblems -- _gch. 15 _tCeramic Materials -- _g15-1. _tApplications of Ceramies -- _g15-2. _tProperties of Ceramics -- _g15-3. _tSynthesis and Processing of Ceramic Powders -- _g15-4. _tCharacteristics of Sintered Ceramics -- _g15-5. _tInorganic Glasses -- _g15-6. _tGlass-Ceramics -- _g15-7. _tProcessing and Applications of Clay Products -- _g15-8. _tRefractories -- _g15-9. _tOther Ceramic Materials -- _tSummary -- _tGlossary -- _tProblems -- _gch. 16 _tPolymers -- _g16-1. _tClassification of Polymers -- _g16-2. _tAddition and Condensation Polymerization -- _g16-3. _tDegree of Polymerization -- _g16-4. _tTypical Thermoplastics -- _g16-5. _tStructure -- Property Relationships in Thermoplastics -- _g16-6. _tEffect of Temperature on Thermoplastics -- _g16-7. _tMechanical Properties of Thermoplastics -- _g16-8. _tElastomers [Rubbers] -- _g16-9. _tThermosetting Polymers -- _g16-10. _tAdhesives -- _g16-11. _tPolymer Processing and Recycling -- _tSummary -- _tGlossary -- _tProblems
505	0	0	_gCh. 17 _tComposites: Teamwork and Synergy in Materials -- _g17-1. _tDispersion-Strengthened Composites -- _g17-2. _tParticulate Composites -- _g17-3. _tFiber-Reinforced Composites -- _g17-4. _tCharacteristics of Fiber-Reinforced Composites -- _g17-5. _tManufacturing Fibers and Composites -- _g17-6. _tFiber-Reinforced Systems and Applications -- _g17-7. _tLaminar Composite Materials -- _g17-8. _tExamples and Applications of Laminar Composites -- _g17-9. _tSandwich Structures -- _tSummary -- _tGlossary -- _tProblems -- _gch. 18 _tConstruction Materials -- _g18-1. _tThe Structure of Wood -- _g18-2. _tMoisture Content and Density of Wood -- _g18-3. _tMechanical Properties of Wood -- _g18-4. _tExpansion and Contraction of Wood -- _g18-5. _tPlywood -- _g18-6. _tConcrete Materials -- _g18-7. _tProperties of Concrete -- _g18-8. _tReinforced and Prestressed Concrete -- _g18-9. _tAsphalt -- _tSummary -- _tGlossary -- _tProblems -- _gch. 19 _tElectronic Materials -- _g19-1. _tOhm's Law and Electrical Conductivity -- _g19-2. _tBand Structure of Solids -- _g19-3. _tConductivity of Metals and Alloys -- _g19-4. _tSemiconductors
505	0	0	_g19-5. _tApplications of Semiconductors -- _g19-6. _tGeneral Overview of Integrated Circuit Processing -- _g19-7. _tDeposition of Thin Films -- _g19-8. _tConductivity in Other Materials -- _g19-9. _tInsulators and Dielectric Properties -- _g19-10. _tPolarization in Dielectrics -- _g19-11. _tElectrostriction, Piezoelectricity, and Ferroelectricity -- _tSummary -- _tGlossary -- _tProblems -- _gch. 20 _tMagnetic Materials -- _g20-1. _tClassification of Magnetic Materials -- _g20-2. _tMagnetic Dipoles and Magnetic Moments -- _g20-3. _tMagnetization, Permeability, and the Magnetic Field -- _g20-4. _tDiamagnetic, Paramagnetic, Ferromagnetic, Ferrimagnetic, and Superparamagnetic Materials -- _g20-5. _tDomain Structure and the Hysteresis Loop -- _g20-6. _tThe Curie Temperature
505	0	0	_gNote continued: _g20-7. _tApplications of Magnetic Materials -- _g20-8. _tMetallic and Ceramic Magnetic Materials -- _tSummary -- _tGlossary -- _tProblems -- _gch. 21 _tPhotonic Materials -- _g21-1. _tThe Electromagnetic Spectrum -- _g21-2. _tRefraction, Reflection, Absorption, and Transmission -- _g21-3. _tSelective Absorption, Transmission, or Reflection -- _g21-4. _tExamples and Use of Emission Phenomena -- _g21-5. _tFiber-Optic Communication System -- _tSummary -- _tGlossary -- _tProblems -- _gch. 22 _tThermal Properties of Materials -- _g22-1. _tHeat Capacity and Specific Heat -- _g22-2. _tThermal Expansion -- _g22-3. _tThermal Conductivity -- _g22-4. _tThermal Shock -- _tSummary -- _tGlossary -- _tProblems -- _gch. 23 _tCorrosion and Wear -- _g23-1. _tElectrochemical Corrosion -- _g23-2. _tElectrochemical Corrosion -- _g23-3. _tThe Electrode Potential in Electrochemical Cells -- _g23-4. _tThe Corrosion Current and Polarization -- _g23-5. _tTypes of Electrochemical Corrosion -- _g23-6. _tProtection Against Electrochemical Corrosion -- _g23-7. _tMicrobial Degradation and Biodegradable Polymers -- _g23-8. _tOxidation and Other Gas Reactions -- _g23-9. _tWear and Erosion -- _tSummary -- _tGlossary -- _tProblems.
650		0	_aMaterials. _95224
650		0	_aMaterials science. _95225
700	1		_aFulay, Pradeep P., _d1960- _95226
700	1		_aWright, Wendelin J. _95227
907			_a36524 _b08-14-13 _c09-03-12
942			_cBOOK _2lcc
998			_b09-03-12 _cm _dh
999			_c36524 _d36524