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材料科学与工程导论(陈克正)(双语) 平装 – 2018年8月1日

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平装, 2018年8月1日
 

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基本信息

  • 出版社: 化学工业出版社; 第1版 (2018年8月1日)
  • 外文书名: Introduction to materials science and engineering
  • 平装: 220页
  • 语种: 英语
  • 开本: 16
  • ISBN: 9787122117588
  • 条形码: 9787122117588
  • 商品重量: 354 g
  • ASIN: B07D519QZ8
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  • 亚马逊热销商品排名: 图书商品里排第1,491,584名 (查看图书商品销售排行榜)
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商品描述

作者简介

目录

Chapter 1Introduction1
Learning Objectives1
11Historical Perspective1
12What is Materials Science and Engineering?2
13Why Study Materials Science and Engineering?5
14Classification of Materials5
15Advanced Materials9
16Modern Materials’ Needs10
References11
Chapter 2The Structure of Crystalline Solids13
Learning Objectives13
21Atomic Structure and Interatomic Bonding13
211Fundamental Concepts14
212Bonding Forces and Energies14
213Atomic Bonding in Solids16
22Crystal Structures22
221Fundamental Concepts22
222Metallic Crystal Structures and Crystal Systems23
223Crystallographic Points,Directions,and Planes30
224Crystalline and Noncrystalline Materials37
23Imperfections in Solids40
231Point Defects in Metals40
232Dislocations—Linear Defects43
233Interfacial Defects44
234Bulk or Volume Defects46
References48
Chapter 3Polymer Materials49
Learning Objectives49
31Polymer Structures49
311Introduction49
312Fundamental Concepts49
313Polymer Molecules50
314Designation of Polymers50
315Commonly Used Polymers51
316The Chemistry of Polymer Molecules58
32Crystallization,Melting and Glass Transition Phenomena in Polymers65
33Mechanical Properties of Polymers66
331StressStrain Behavior67
332Macroscopic Deformation68
333Viscoelastic Deformation70
34Polymer Types71
341Plastics71
342Elastomers72
343Fibers73
344Miscellaneous Applications Coatings73
35Processing of Polymers74
351Polymerization75
352Polymer Additives76
353Forming Techniques for Plastics78
354Fabrication of Elastomers80
355Fabrication of Fibers and Films81
References84
Chapter 4Metallic Materials85
Learning Objectives85
41Mechanical Properties of Metals85
411Introduction85
412Tensile Test86
413Hardness Testing90
42Dislocations and Strengthening91
421The Role of Dislocations91
422Work Hardening93
423Grain Size Strengthening93
424Alloy Hardening94
43Failure96
431Introduction96
432Fundamentals of Fracture97
433Ductile Fracture97
434Brittle Fracture98
435Fracture Mechanics in Design99
436Fracture Toughness100
437Fatigue101
438Creep101
44Phase Diagrams and Phase Transformations in Metals102
441Introduction102
442Phase Diagrams103
443Phase Transformations107
45Applications and Processing of Metal Alloys108
451Introduction108
452Types of Metal Alloys109
453Fabrication of Metals113
454Thermal Processing of Metals115
References120
Chapter 5Ceramic Materials123
Learning Objectives123
51Structures and Properties of Ceramics123
511Introduction123
512Ceramic Structures123
513Mechanical Properties of Ceramics127
52Application and Processing of Ceramics129
521Types and Applications of Ceramics129
522Fabrication and Processing of Ceramics131
References136
Chapter 6Composite Materials137
Learning Objectives137
61Introduction137
62ParticleReinforced Composites138
621LargeParticle Composites139
622DispersionStrengthened Composites140
63FiberReinforced Composites140
631The Fiber Phase140
632The Matrix Phase141
64PolymerMatrix Composites142
641Glass FiberReinforced Polymer(GFRP)Composites142
642Carbon FiberReinforced Polymer(CFRP)Composites143
643Aramid FiberReinforced Polymer Composites143
65MetalMatrix Composites145
66CeramicMatrix Composites146
References149
Chapter 7Corrosion and Degradation of Materials150
Learning Objectives150
71Introduction150
72Corrosion of Metals150
721Electrochemical Considerations151
722Corrosion Rates153
723Passivity153
724Environmental Effects153
725Forms of Corrosion154
726Corrosion Environments158
727Corrosion Prevention159
73Corrosion of Ceramic Materials159
74Degradation of Polymers160
741Swelling and Dissolution160
742Bond Rupture160
743Weathering161
References163
Chapter 8Electrical/Thermal/Magnetic/Optical Properties of Materials164
Learning Objectives164
81Introduction165
82Electrical Properties of Materials165
821Metals and Alloys166
822Semiconductors167
823Ionic Ceramics and Polymers170
83Thermal Properties of Materials170
831Heat Capacity170
832Thermal Expansion171
833Thermal Conductivity172
834Thermal Stresses172
84Magnetic Properties of Materials174
841Diamagnetism,Paramagnetism and Ferromagnetism174
842Antiferromagnetism and Ferrimagnetism177
843The Influence of Temperature on Magnetic Behavior179
844Domains,Hysteresis and Magnetic Anisotropy179
845Superconductivity181
85Optical Properties of Materials186
851Interaction of Light with Matter186
852Atomic and Electronic Interactions187
853Refraction,Reflection,Absorption and Transmission190
854Opacity and Translucency in Insulators192
855Applications of Optical Phenomena192
References197
Chapter 9Biomaterials/Nanomaterials/Smart Materials198
Learning Objectives198
91Biomaterials198
911Definition of Biomaterials199
912Performance of Biomaterials202
913Brief Historical Background203
92Nanotechnology and Nanomaterials205
921Introduction205
922Examples of Current Achievements and Paradigm Shifts209
93Smart Materials214
931Introduction214
932Shape Memory Alloys215
933Applications of Smart Materials219
Reference220


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