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Mechanics of Aircraft Structures 飞机结构力学 第2版

Mechanics of Aircraft Structures 飞机结构力学 第2版
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作者: （C·T·孙） 著
出版社: Wiley
2006-06
版次: 2
ISBN: 9780471699668
定价: 1032.30
装帧: 精装
开本: 其他
纸张: 其他
页数: 320页
正文语种: 英语
分类: 外文古旧书>英文书>工程技术
  • Designedtohelpstudentsgetasolidbackgroundinstructuralmechanicsandextensivelyupdatedtohelpprofessionalsgetuptospeedonrecentadvances,thissecondeditionofthebestsellingtextbook,MechanicsofAircraftStructures,combinesfundamentals,anoverviewofnewmaterials,andrigorousanalysistoolsintoanexcellentonesemesterintroductorycourseinstructuralmechanicsandaerospaceengineering.It'salsoextremelyusefultopracticingaerospaceormechanicalengineerswhowanttokeepabreastofnewmaterialsandrecentadvances.Updatedandexpanded,thishands-onreferencecovers:Introductiontoelasticityofanisotropicsolids,includingmechanicsofcompositematerialsandlaminatedstructures;Stressanalysisofthinwalledstructureswithendconstraints;Elasticbucklingofbeamcolumn,plates,andthinwalledbars;and,Fracturemechanicsasatoolinstudyingdamagetoleranceanddurability.Designedandstructuredtoprovideasolidfoundationinstructuralmechanics,MechanicsofAircraftStructures,SecondEditionincludesmoreexamples,moredetailsonsomeofthederivations,andmoresampleproblemstoensurethatstudentsdevelopathoroughunderstandingoftheprinciples. C.T.SUN,PHD,istheNeilA.ArmstrongDistinguishedProfessorintheSchoolofAeronauticsandAstronauticsatPurdueUniversityinWestLafayette,Indiana,andtherecipientofthe2004PurdueUniversityResearchAward.Dr.Sunteachescomposites,elasticity,fracturemechanics,andaircraftstructures.HeisaFellowofboththeAmericanInstituteofAeronauticsandAstronautics(AIAA),theAmericanSocietyofMechanicalEngineers(ASME),andtheAmericanSocietyforComposites(ASC). Preface.

    PrefacetotheFirstEdition.

    1CharacteristicsofAircraftStructuresandMaterials.

    1.1Introduction.

    1.2BasicStructuralElementsinAircraftStructure.

    1.2.1AxialMember.

    1.2.2ShearPanel.

    1.2.3BendingMember(Beam).

    1.2.4TorsionMember.

    1.3WingandFuselage.

    1.3.1LoadTransfer.

    1.3.2WingStructure.

    1.3.3Fuselage.

    1.4AircraftMaterials.

    Problems.

    2IntroductiontoElasticity.

    2.1ConceptofDisplacement.

    2.2Strain.

    2.3Stress.

    2.4EquationsofEquilibriuminaNonuniformStressField.

    2.5PrincipalStress.

    2.6ShearStress.

    2.7RevisitofTransformationofStress.

    2.8LinearStress-StrainRelations.

    2.8.1StrainsInducedbyNormalStress.

    2.8.2StrainsInducedbyShearStress.

    2.8.3Three-DimensionalStress-StrainRelations.

    2.9ElasticStrainEnergy.

    2.10PlaneElasticity.

    2.10.1Stress-StrainRelationsforPlaneIsotropicSolids.

    2.10.2Stress-StrainRelationsforOrthotropicSolidsinPlaneStress.

    2.10.3GoverningEquations.

    2.10.4SolutionbyAiryStressFunctionforPlaneIsotropicSolids.

    Problems.

    3Torsion.

    3.1Saint-Venant'sPrinciple.

    3.2TorsionofUniformBars.

    3.3BarswithCircularCross-Sections.

    3.4BarswithNarrowRectangularCross-Sections.

    3.5ClosedSingle-CellThin-WalledSections.

    3.6MulticellThin-WalledSections.

    3.7WarpinginOpenThin-WalledSections.

    3.8WarpinginClosedThin-WalledSections.

    3.9EffectofEndConstraints.

    Problems.

    4BendingandFlexuralShear.

    4.1DerivationoftheSimple(Bernoulli–Euler)BeamEquation.

    4.2BidirectionalBending.

    4.3TransverseShearStressduetoTransverseForceinSymmetricSections.

    4.3.1NarrowRectangularCross-Section.

    4.3.2GeneralSymmetricSections.

    4.3.3Thin-WalledSections.

    4.3.4ShearDeformationinThin-WalledSections.

    4.4TimoshenkoBeamTheory.

    4.5ShearLag.

    Problems.

    5FlexuralShearFlowinThin-WalledSections.

    5.1FlexuralShearFlowinOpenThin-WalledSections.

    5.1.1SymmetricThin-WalledSections.

    5.1.2UnsymmetricThin-WalledSections.

    5.1.3MultipleShearFlowJunctions.

    5.1.4SelectionofShearFlowContour.

    5.2ShearCenterinOpenSections.

    5.3ClosedThin-WalledSectionsandCombinedFlexuralandTorsionalShearFlow.

    5.3.1ShearCenter.

    5.3.2StaticallyDeterminateShearFlow.

    5.4ClosedMulticellSections.

    Problems.

    6FailureCriteriaforIsotropicMaterials.

    6.1StrengthCriteriaforBrittleMaterials.

    6.1.1MaximumPrincipalStressCriterion.

    6.1.2Coulomb–MohrCriterion.

    6.2YieldCriteriaforDuctileMaterials.

    6.2.1MaximumShearStressCriterion(TrescaYieldCriterion)inPlaneStress.

    6.2.2MaximumDistortionEnergyCriterion(vonMisesYieldCriterion).

    6.3FractureMechanics.

    6.3.1StressConcentration.

    6.3.2ConceptofCracksandStrainEnergyReleaseRate.

    6.3.3FractureCriterion.

    6.4StressIntensityFactor.

    6.4.1SymmetricLoading(ModeIFracture).

    6.4.2AntisymmetricLoading(ModeIIFracture).

    6.4.3RelationbetweenKandG.

    6.4.4MixedModeFracture.

    6.5EffectofCrackTipPlasticity.

    6.6FatigueFailure.

    6.6.1ConstantStressAmplitude.

    6.6.2S–NCurves.

    6.6.3VariableAmplitudeLoading.

    6.7FatigueCrackGrowth.

    Problems.

    7ElasticBuckling.

    7.1EccentricallyLoadedBeam-Column.

    7.2ElasticBucklingofStraightBars.

    7.2.1Pinned–PinnedBar.

    7.2.2Clamped–FreeBar.

    7.2.3Clamped–PinnedBar.

    7.2.4Clamped–ClampedBar.

    7.2.5EffectiveLengthofBuckling.

    7.3InitialImperfection.

    7.4PostbucklingBehavior.

    7.5BarofUnsymmetricSection.

    7.6Torsional–FlexuralBucklingofThin-WalledBars.

    7.6.1NonuniformTorsion.

    7.6.2TorsionalBucklingofDoublySymmetricSection.

    7.6.3Torsional–FlexuralBuckling.

    7.7ElasticBucklingofFlatPlates.

    7.7.1GoverningEquationforFlatPlates.

    7.7.2CylindricalBending.

    7.7.3BucklingofRectangularPlates.

    7.7.4BucklingunderShearingStresses.

    7.8LocalBucklingofOpenSections.

    Problems.

    8AnalysisofCompositeLaminates.

    8.1PlaneStressEquationsforCompositeLamina.

    8.2Off-AxisLoading.

    8.3NotationforStackingSequenceinLaminates.

    8.4SymmetricLaminateunderIn-PlaneLoading.

    8.5EffectiveModuliforSymmetricLaminates.

    8.6LaminarStresses.

    8.7[±45?]Laminate.

    Problems.

    Index.
  • 内容简介:
    Designedtohelpstudentsgetasolidbackgroundinstructuralmechanicsandextensivelyupdatedtohelpprofessionalsgetuptospeedonrecentadvances,thissecondeditionofthebestsellingtextbook,MechanicsofAircraftStructures,combinesfundamentals,anoverviewofnewmaterials,andrigorousanalysistoolsintoanexcellentonesemesterintroductorycourseinstructuralmechanicsandaerospaceengineering.It'salsoextremelyusefultopracticingaerospaceormechanicalengineerswhowanttokeepabreastofnewmaterialsandrecentadvances.Updatedandexpanded,thishands-onreferencecovers:Introductiontoelasticityofanisotropicsolids,includingmechanicsofcompositematerialsandlaminatedstructures;Stressanalysisofthinwalledstructureswithendconstraints;Elasticbucklingofbeamcolumn,plates,andthinwalledbars;and,Fracturemechanicsasatoolinstudyingdamagetoleranceanddurability.Designedandstructuredtoprovideasolidfoundationinstructuralmechanics,MechanicsofAircraftStructures,SecondEditionincludesmoreexamples,moredetailsonsomeofthederivations,andmoresampleproblemstoensurethatstudentsdevelopathoroughunderstandingoftheprinciples.
  • 作者简介:
    C.T.SUN,PHD,istheNeilA.ArmstrongDistinguishedProfessorintheSchoolofAeronauticsandAstronauticsatPurdueUniversityinWestLafayette,Indiana,andtherecipientofthe2004PurdueUniversityResearchAward.Dr.Sunteachescomposites,elasticity,fracturemechanics,andaircraftstructures.HeisaFellowofboththeAmericanInstituteofAeronauticsandAstronautics(AIAA),theAmericanSocietyofMechanicalEngineers(ASME),andtheAmericanSocietyforComposites(ASC).
  • 目录:
    Preface.

    PrefacetotheFirstEdition.

    1CharacteristicsofAircraftStructuresandMaterials.

    1.1Introduction.

    1.2BasicStructuralElementsinAircraftStructure.

    1.2.1AxialMember.

    1.2.2ShearPanel.

    1.2.3BendingMember(Beam).

    1.2.4TorsionMember.

    1.3WingandFuselage.

    1.3.1LoadTransfer.

    1.3.2WingStructure.

    1.3.3Fuselage.

    1.4AircraftMaterials.

    Problems.

    2IntroductiontoElasticity.

    2.1ConceptofDisplacement.

    2.2Strain.

    2.3Stress.

    2.4EquationsofEquilibriuminaNonuniformStressField.

    2.5PrincipalStress.

    2.6ShearStress.

    2.7RevisitofTransformationofStress.

    2.8LinearStress-StrainRelations.

    2.8.1StrainsInducedbyNormalStress.

    2.8.2StrainsInducedbyShearStress.

    2.8.3Three-DimensionalStress-StrainRelations.

    2.9ElasticStrainEnergy.

    2.10PlaneElasticity.

    2.10.1Stress-StrainRelationsforPlaneIsotropicSolids.

    2.10.2Stress-StrainRelationsforOrthotropicSolidsinPlaneStress.

    2.10.3GoverningEquations.

    2.10.4SolutionbyAiryStressFunctionforPlaneIsotropicSolids.

    Problems.

    3Torsion.

    3.1Saint-Venant'sPrinciple.

    3.2TorsionofUniformBars.

    3.3BarswithCircularCross-Sections.

    3.4BarswithNarrowRectangularCross-Sections.

    3.5ClosedSingle-CellThin-WalledSections.

    3.6MulticellThin-WalledSections.

    3.7WarpinginOpenThin-WalledSections.

    3.8WarpinginClosedThin-WalledSections.

    3.9EffectofEndConstraints.

    Problems.

    4BendingandFlexuralShear.

    4.1DerivationoftheSimple(Bernoulli–Euler)BeamEquation.

    4.2BidirectionalBending.

    4.3TransverseShearStressduetoTransverseForceinSymmetricSections.

    4.3.1NarrowRectangularCross-Section.

    4.3.2GeneralSymmetricSections.

    4.3.3Thin-WalledSections.

    4.3.4ShearDeformationinThin-WalledSections.

    4.4TimoshenkoBeamTheory.

    4.5ShearLag.

    Problems.

    5FlexuralShearFlowinThin-WalledSections.

    5.1FlexuralShearFlowinOpenThin-WalledSections.

    5.1.1SymmetricThin-WalledSections.

    5.1.2UnsymmetricThin-WalledSections.

    5.1.3MultipleShearFlowJunctions.

    5.1.4SelectionofShearFlowContour.

    5.2ShearCenterinOpenSections.

    5.3ClosedThin-WalledSectionsandCombinedFlexuralandTorsionalShearFlow.

    5.3.1ShearCenter.

    5.3.2StaticallyDeterminateShearFlow.

    5.4ClosedMulticellSections.

    Problems.

    6FailureCriteriaforIsotropicMaterials.

    6.1StrengthCriteriaforBrittleMaterials.

    6.1.1MaximumPrincipalStressCriterion.

    6.1.2Coulomb–MohrCriterion.

    6.2YieldCriteriaforDuctileMaterials.

    6.2.1MaximumShearStressCriterion(TrescaYieldCriterion)inPlaneStress.

    6.2.2MaximumDistortionEnergyCriterion(vonMisesYieldCriterion).

    6.3FractureMechanics.

    6.3.1StressConcentration.

    6.3.2ConceptofCracksandStrainEnergyReleaseRate.

    6.3.3FractureCriterion.

    6.4StressIntensityFactor.

    6.4.1SymmetricLoading(ModeIFracture).

    6.4.2AntisymmetricLoading(ModeIIFracture).

    6.4.3RelationbetweenKandG.

    6.4.4MixedModeFracture.

    6.5EffectofCrackTipPlasticity.

    6.6FatigueFailure.

    6.6.1ConstantStressAmplitude.

    6.6.2S–NCurves.

    6.6.3VariableAmplitudeLoading.

    6.7FatigueCrackGrowth.

    Problems.

    7ElasticBuckling.

    7.1EccentricallyLoadedBeam-Column.

    7.2ElasticBucklingofStraightBars.

    7.2.1Pinned–PinnedBar.

    7.2.2Clamped–FreeBar.

    7.2.3Clamped–PinnedBar.

    7.2.4Clamped–ClampedBar.

    7.2.5EffectiveLengthofBuckling.

    7.3InitialImperfection.

    7.4PostbucklingBehavior.

    7.5BarofUnsymmetricSection.

    7.6Torsional–FlexuralBucklingofThin-WalledBars.

    7.6.1NonuniformTorsion.

    7.6.2TorsionalBucklingofDoublySymmetricSection.

    7.6.3Torsional–FlexuralBuckling.

    7.7ElasticBucklingofFlatPlates.

    7.7.1GoverningEquationforFlatPlates.

    7.7.2CylindricalBending.

    7.7.3BucklingofRectangularPlates.

    7.7.4BucklingunderShearingStresses.

    7.8LocalBucklingofOpenSections.

    Problems.

    8AnalysisofCompositeLaminates.

    8.1PlaneStressEquationsforCompositeLamina.

    8.2Off-AxisLoading.

    8.3NotationforStackingSequenceinLaminates.

    8.4SymmetricLaminateunderIn-PlaneLoading.

    8.5EffectiveModuliforSymmetricLaminates.

    8.6LaminarStresses.

    8.7[±45?]Laminate.

    Problems.

    Index.
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