000			12856cam a22005417i 4500
001			37174
003			0000000000
005			20240411192331.0
008			140806t20162016mau s 000 0 eng d
010			_a2014947849
019			_a884617407 _a884811292 _a905100348 _a908967271 _a927291688
020			_a1305076761
020			_a1305077105 _q(pbk.)
020			_a9781305076761
020			_a9781305077102 _q(pbk.)
035			_a(OCoLC)903959750
035			_a(OCoLC)903959750 _z(OCoLC)884617407 _z(OCoLC)884811292 _z(OCoLC)905100348 _z(OCoLC)908967271 _z(OCoLC)927291688
040			_aNRC _beng _erda _cDLC _dNRC _dBTCTA _dYDXCP _dESU _dOCLCF _dUAB _dSHS _dS3O _dOCLCQ _dEQO _dNLGGC _dPHUST _dUKWOH _dOCLCQ _dCRU _dMYUMP _dZ5A _dOCLCQ _dOHH
042			_alccopycat
050	0	0	_aTA403 _b.A74 2016
100	1		_aAskeland, Donald R., _eauthor.
245	1	4	_aThe science and engineering of materials / _cDonald R. Askeland, Wendelin J. Wright.
250			_a7th edition.
264		1	_aBoston, MA : _bCengage Learning, _c[2016]
264		4	_c℗♭2016
300			_axx, 870 pages : _billustrations (chiefly color) ; _c29 cm.
336			_atext _2rdacontent
337			_acomputer _2rdamedia
338			_aonline resource _2rdacarrier
500			_aIncludes index.
500			_aPrevious edition: 2011.
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	_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	_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.
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. 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	_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	_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.
520	8		_aThe seventh edition of this text contains over 200 new homework problems and more than 50 new photos. It provides an understanding of the relationship between structure, processing, and properties of materials.
650		0	_aMaterials science.
650		0	_aMaterials.
700	1		_aWright, Wendelin J., _eauthor.
856			_uhttps://drive.google.com/file/d/1ayQFd7cJVpSL4wkLvkh9dpzW-ZqZIJyZ/view?usp=sharing
999			_c4932 _d4932