Copyrightinformation
Publisher:NationalDefenseIndustryPress;FirstEdition(June1,2006)
SeriesTitle:MaterialEngineerSeries
Format:16open
ISBN:7118045381
Barcode:9787118045383
Productsizeandweight:25.9x18.2x1cm;440g
ASIN:B00114KDF6
Briefintroduction
Thisbookisdividedintoninechapters,whichrespectivelyintroducecompositematerialreinforcement,compositematerialdesignprinciples,compositematerialinterface,andpolymerizationMaterial-basedcompositematerials,metal-basedcompositematerials,ceramic-basedcompositematerials,carbon/carboncompositematerials,functionalcompositematerials,etc.,systematicallydescribethemaincomponentmaterialsofadvancedcompositematerials,aswellastheprocessmethodsandcontrolcompositematerialsthatcomposethemTheapproachtomaterialstructureandperformancealsointroducestheprincipleofdesigninghigh-performancecompositematerialsbasedondifferentcompositeeffects.
Theauthorcompiledthisbookbasedonhisownexperienceinthecourseteachingandscientificresearchofcompositematerialsformorethantenyears,andcollectedalargeamountofinformationonadvancedcompositematerialsathomeandabroad.Inadditiontobeingusedasatextbookforhighervocational,technicalandundergraduatestudentsinmaterialsscienceandengineering,thisbookcanalsobeusedasareferenceforengineersengagedinmaterialsresearchandproduction.
ContentsChapter
ChapterOneIntroduction
1.1Overviewofthedevelopmentofcompositematerials
1.2Definitionofcompositematerials
1.3Namingandclassificationofcompositematerials
1.3.1Namingofcompositematerials
1.3.2Structureofcompositematerials
1.3.3Classificationofcompositematerials
1.4Characteristicsofcompositematerials
1.4.1Performancecharacteristicsofpolymermatrixcomposites
>1.4.2Performancecharacteristicsofmetalmatrixcomposites
1.4.3Performancecharacteristicsofceramicmatrixcomposites
1.5Applicationsofcompositematerials
1.5.1Applicationintheaerospaceindustry
1.5.2Applicationofcompositematerialsinotherindustries
Chapter2CompositematerialsReinforcement
2.1Overview
2.1.1Featuresoffibrousreinforcement
2.1.2Classificationofreinforcement
p>2.2Glassfiber
2.2.1Compositionandclassificationofglassfiber
2.2.2Structureofglassfiber
2.2.3Propertiesofglassfiber
2.2.4Preparationofglassfiberandglassproducts
2.2.5Specialglassfiber
2.3Carbonfiber
2.3.1Classificationofcarbonfiber
2.3.2Manufacturingofcarbonfiber
2.4Boronfiber
2.4.1Overview
2.4.2Manufacturingofboronfiber
2.4.3Propertiesofboronfiber
2．4.4ApplicationofBoronFiber
2.5SiliconCarbideFiber
2.5.1Overview
2.5.2ApplicationofSiliconCarbideFiberManufacturing
2.5.3Structureofsiliconcarbidefiber
2.5.4Performanceofsiliconcarbidefiber
2.5.5SiliconcarbidefiberApplication
2.6Aluminafiber
2.6.1Characteristicsofaluminaseriesfiber
2.6.2ContinuousaluminafiberPreparationmethod
2.6.3Applicationofaluminafiber
2.7Whiskers
2.7.1Overview
2.7.2Performanceandapplicationofwhiskers
2.7.3Othernewtypesofwhiskers
2.8Aramid
2.8．1Structureofaramidfiber
2.8.2PreparationofKevlarfiber
2.8.3PropertiesofKevlarfiber
2．8.4VarietiesandspecificationsofKevlarfiber
2.8.5ApplicationofKevlarfiber
ChapterThreeDesignPrinciplesofCompositeMaterials
3.1Overview
3.2Designabilityofcompositematerials
3.3Thebasicideaofcompositematerialdesign
3.1ThestructuredesignofcompositematerialProcess
3.3.2Structuraldesignconditionsofcompositematerials
3.3.3Materialdesign
3.3.4Structuredesign
3.3.5Designofthemechanicalpropertiesofcompositematerials
3.3.6Theprincipleofcompositeotherphysicalpropertiesofcompositematerials
3.3.7ThedesignofcompositematerialsManufacturingoptions
3.3.8Integrateddesignofcompositematerials-material-process-design
Chapter4InterfaceofCompositeMaterials
4.1Conceptofcompositematerialinterface
4.2.Compositematerialinterface
4.2.1Polymermatrixcompositematerialinterface
4.2.2Interfaceofmetalmatrixcomposites
4.2.3Interfaceofceramicmatrixcomposites
4.3Surfacetreatmentofreinforcingmaterials
4.3．1Surfacecharacteristicsofreinforcingmaterials
4.3.2Surfacetreatmentofglassfiber
4.3.3Surfacetreatmentofcarbonfiber
4.3．4Surfacetreatmentofaramidfiber
4.3.5Metalfiber
4.3.6Ultra-highmolecularweightpolyethylenefiber
FifthChapterPolymerMatrixComposites
5.1Overview
5.2Polymermatrix
5.2.1Basicconceptofpolymer
5.2.2Classificationofpolymermaterials
5.2.3Namingofpolymers
5.2.4Synthesisofpolymers
5.3Thestructureofthepolymer
5.3.1Macromolecularchainstructure
5.3.2Theaggregatestructureofthepolymer
5.4Theeffectoftemperatureonthestructureandpropertiesofpolymers
5.4.1Therelationshipbetweendeformationandtemperatureoflinearamorphouspolymers
5.4.2CrystallinestateTherelationshipbetweenpolymerdeformationandtemperature
5.4.3Therelationshipbetweenbodyshapepolymerdeformationandtemperature
5.5Basicpropertiesofpolymer
5.5.1Physicalpropertiesofthepolymer
5.5.2Mechanicalpropertiesofthepolymer
5.5.3Otherpropertiesofthepolymer
5.5.4Developmentofpolymermaterials
5.6Polymermatrixforcompositematerials
5.6.1Epoxyresin
5.6.2Unsaturatedpolyester
5.6.3Phenolicresin
5.6．4Furanresin
5.6.5Polyimide
5.6.Siliconeresin
5.6.7High-performancethermoplasticResinmatrix
5.7Manufacturingprocessandmethodofpolymermatrixcomposites
5.7.1Handlay-upmolding
5.7.2MoldingMolding
5.7.3Windingmolding
5.7.4Injectionmolding
5.7.5Resintransfermoldingandresinfilminfiltration
5.7.6Injectionmolding
5.7.7Pultrusionmolding
5.7.8Vacuumpressuremolding
5.8Mechanicalpropertiesofpolymermatrixcomposites
5.8.1Thermosettingcomposites
5.8.2Thermoplasticcomposites
5．9Applicationofpolymermatrixcomposites
5.9.1Applicationofpolymermatrixcompositesintheaerospaceindustry
5.9.2PolymermatrixcompositesApplicationinotherindustrialproducts
Chapter6MetalMatrixComposites
6.1Overview
6.2MetalMatrix
6.2.1Mechanicalpropertiesofmetalmaterials
6.2.2Physicalandchemicalpropertiesofmetalmaterials
6.2.3Crystalstructureandcrystaldefectsofmetals
6.2.4Commonlyusedmetalmatrixmaterials
6.2.5Principlesforselectingmetalmatrix
6.3Monographsonmetalmatrixcompositematerials
p>6.3.1Classificationofmetalmatrixcomposites
6.3.2Commonlyusedreinforcementsandcharacteristicsinmetalmatrixcomposites
6.3.3Strengthandmodulusofmetalmatrixcomposites
6.3.4Interfacestructureandcharacteristicsofmetalmatrixcomposites
6.3.5ImprovetherelationshipbetweenthemetalmatrixandthereinforcementCompatibilitymethod
6.3.6Manufacturingmethodofmetalmatrixcompositematerial
6.3.7Aluminummatrixcompositematerial
6.3．8Magnesium-basedcompositematerials
6.3.9Titanium-basedcompositematerials
6.3.10Copper-basedcompositematerials
Chapter7CeramicMatrixCompositematerials
7.1Overview
7.2Ceramicmatrix
7.1.Crystalstructureofceramic
7.2.2Commonlyusedceramicmatrixmaterials
7.3Ceramicmatrixcompositematerials
7.3.1Classificationofceramicmatrixcompositematerials
7.3.2Commonlyusedreinforcementsandcharacteristicsinceramicmatrixcomposites
7.3.3Fiber-reinforcedceramicmatrixcomposites
7.3.4Shortfibers,crystalsWhiskandparticletoughenedceramicmatrixcomposites
7.3.5Microstructureofceramicmatrixcomposites
7.3.6Manufacturingofceramicmatrixcomposites
7.3.7Applicationofceramicmatrixcompositematerials
Chapter8C/CCompositeMaterials
8.1Overview
8.2SelectionofcarbonfiberforC/Ccomposites
8.3MatrixprecursorofC/Ccomposites
8.4PreparationofC/Ccomposites
8.4.1Preformedbody
8.4.2Densificationtreatment
8.5PropertiesofC/Ccomposites
8.6ApplicationofC/CCompositeMaterials
Chapter9FunctionalCompositeMaterials
9.1Overview
9.2DesignofFunctionalCompositeMaterials
9.2.1Thewaytoadjustthefigureofmeritforfunctionalcompositematerials
9.2.2Thecompositeeffectoffunctionalcompositematerials
9.3FunctionalcompositeMaterialcategoriesandapplications
9.4Magneticcompositematerials
9.4.1Permanentmagneticcompositematerials
9.2Softmagneticcompositematerials
9.4.3Magneticrecordingcompositematerial
9.4.4Magneticfluid
9.5Conductivecompositematerial
9.5.1Conductivepropertiesofmetal-filledmaterials
9.5.2Polymer-basedconductivecompositematerials
9.3.Ceramic-basedconductivecompositematerials
9.5.4Metal-basedconductivecompositematerials
9.5.5Electricallyshieldingcompositematerials
9.5.6Superconductingcompositematerials
9.6Piezoelectriccompositematerials
9.6.1Overview
9.6.2Typesofpiezoelectriccompositematerialsandpreparationmethods
9．7Frictionfunctioncompositematerial
9.7.1Frictioncompositematerial
9.7.2Anti-frictioncompositematerial
9.8DampingfunctionCompositematerials
9.9Functionallygradientcompositematerials
9.9.1Overview
9.9.2Preparationmethodsoffunctionallygradientcompositematerials
p>9.9.3Applicationoffunctionallygradedmaterials
9.10Otherfunctionalcompositematerials
9.10.1Thermalfunctionalcompositematerials
9.10.2Stealthcompositematerials
9.10.3Opticalfunctionalcompositematerials
9.10.4Bioniccompositematerials