ELASTICITY（英文版）

图书标准信息

• 作者 伍章健 编
• 出版社 北京理工大学出版社
• 出版时间 2010-07
• 版次 1
• ISBN 9787564032678
• 定价 50.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 239页
• 字数 268千字
• 正文语种 英语

【内容简介】

hepurposeofthisbookistointroducethebasicknowledgeabouttheclassicelasticitytheoriesandtheassociatedresearchachievementsbytheauthors.Thewholebookisconstructedonthebasisofthecoursesyllabusesandthecon-tentsofelasticityusedinthepastfewyearsatBeijingInstituteofTechnology,ChinaandtheUniversityofManchester,UK.Inordertomeettherequirementofbilingualpedagogicdevelopmentinhighereducation,andwithreferencetosomeclassictextbooksonelasticityandnewly-obtainedteachingandlearningoutputs,suchacontentarrangementofthisbookcancurrentlybemoreappropriateandconvenientforreaderstostudyelasticityunderthedual-languageenvironment.
ByreadingthisbookaswellasotherrelevantChinese-versiontextbooks,thereadersshouldbeabletocom-mandthefundamentalknowledgeofelasticity,comprehendsomerelatedstandardtechnicaltermsandenhancetheirlevelofprofessionalEnglish.Thebookisintendedforseniorundergraduateandpostgraduateengineeringstudents,especiallyforengineeringmechanicsstudents,ofhighereducationengineeringinstitutes.ItcanalsobeconsideredasanEnglishreferenceforengineers,researchersandnovices.

【目录】

CHAPTER1BASICASSUMPTIONSANDMATHEMATICALPRELIMINARIES
1.1Introduction
1.2BasicAssumptions
1.3CoordinateSystemsandTransformations
1.4VectorandMatrixNotationsandTheirOperations
1.5DivergenceTheorem
Problems/TutorialQuestions

CHAPTER2STRESSES
2.1StressandtheStressTensor
2.2EquilibriumEquations
2.3TractionBoundaryConditions
2.4StressesonanObliquePlane
2.5PrincipalStresses
2.6StationaryandOctahedralShearStresses
2.7EquilibriumEquationsinCurvilinearCoordinates
Problems/TutorialQuestions

CHAPTER3STRAINS
3.1Strains
3.2FiniteDeformations
3.3StrainsinaGivenDirectionandPrincipalStrains
3.4StationaryShearStrains
3.5Compatibility
3.6KinematicandCompatibilityEquationsinCurvilinearCoordinates
3.7ConcludingRemarks
Problems/TutorialQuestions

CHAPTER4FORMULATIONOFELASTICITYPROBLEMS
4.1StrainEnergyDensityFunction
4.2GeneralisedHooke'sLaw
4.3InitialStressesandInitialStrains
4.4GoverningEquationsandBoundaryConditions
4.5GeneralSolutionTechniques
4.6St.Venant'sPrinciple
Problems/TutorialQuestions

CHAPTER5TWO-DIMENSIONALELASTICITY
5.1PlaneStrainProblems
5.2PlaneStressProblems
5.3SimilaritiesandDifferencesBetweenPlaneStrain/PlaneStressProblems
5.4AiryStressFunctionandPolynomialSolutions
5.5PolarCoordinates
5.6AxisymmetricStressDistributions
5.7RotatingDiscs
5.8StressesAroundaCircularHoleinaPlateSubjectedtoEqualBiaxialTension-Compression（PureShearinthe45°Direction）
5.9StressConcentrationAroundaCircularHoleinaPlateSubjectedtoUniaxialTension
5.10ConcludingRemarks
Problems/TutorialQuestions

CHAPTER6TORSIONOFBARS
6.1TorsionofBarsinStrengthofMaterials
6.2Warping
6.3Prandtl'sStressFunction
6.4Torque
6.5BarsofCircularandEllipticalCross-Sections
6.6Thin-WalledStructuresinTorsion
6.7Analogies
Problems/TutorialQuestions

CHAPTER7BENDINGOFBARS
7.1BendingTheoryinStrengthofMaterials
7.2ElasticityFormulationofBendingofBars
7.3StressResultantsandShearCentre
7.4BendingofaBarofaCircularCross-Section
7.5BendingofaBarofanEllipticalCross-Section
7.6Analogies
Problems/TutorialQuestions

CHAPTER8THESTATESPACEMETHODOF3DELASTICITY
8.1ConceptofStateandStateVariables
8.2SolutionforaLinearTime-InvariantSystem
8.3Calculationofe[A]t
8.4SolutionofLinearTime-VariantSystem
8.5StateVariableEquationofElasticity
8.6ApplicationofStateSpaceMethod
8.7Conclusions
Problems/TutorialQuestions

CHAPTER9BENDINGOFPLATES
9.1Love-KirchhoffHypotheses
9.2TheDisplacementFields
9.3StrainsandGeneralisedStrains
9.4BendingMoments
9.5TheGoverningEquation
9.6GeneralisedForces
9.7BoundaryConditions
9.8RectangularPlates
9.9CircularPlates
Problems/TutorialQuestions

CHAPTER10ENERGYPRINCIPLES
10.1Introduction
10.2Work，StrainEnergyandStrainComplementaryEnergy
10.3PrincipleofVirtualWork
10.4ApplicationofthePrincipleofVirtualWork
10.5TheReciprocalLawofBetti
10.6PrincipleofMinimumPotentialEnergy
10.7PrincipleofVirtualComplementaryWork
10.8PrincipleofMinimumComplementaryEnergy
10.9Castigliano'sTheorems
10.10ApplicationofthePrinciplesofMinimumStrainEnergy
10.11Rayleigh-RitzMethod
Problems/TutorialQuestions

CHAPTER11SPECIALTOPICSFORELASTICITY
11.1ThermalElasticity
11.2PropagationofElasticWaves
11.3StrengthTheory，CrackandFracture
Problems/TutorialQuestions
REFERENCES