材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）
出版时间:
2013-11
版次:
1
ISBN:
9787040384833
定价:
89.00
装帧:
精装
开本:
16开
纸张:
胶版纸
页数:
353页
字数:
580千字
正文语种:
英语
6人买过
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《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》讨论了二次摄动法及其在梁、板、壳结构非线性分析中的应用；系统地总结了20世纪90年代以来在梁、板、壳结构非线性分析中所取得的最新成果；提供了一个完整的理论体系来处理新型复合材料板壳结构的非线性行为，特别是在复杂环境或复杂荷载作用下的非线性行为。涉及梁、板、壳结构的非线性弯曲、后屈曲和非线性振动等领域。《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》所介绍的二次摄动法可推广应用于微纳米尺度梁、板、壳结构的非线性分析。
《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》可供结构设计人员和梁、板、壳结构非线性行为研究的学者及高等院校的研究生参考。 AbouttheAuthor
Preface
ListofSymbols
1TraditionalPerturbationMethod
1.1Introduction
1.2Load-typePerturbationMethod
1.3Deflection-typePerturbationMethod
1.4Multi-parametarPerturbationMethod
1.5LimitationsoftheTraditionalPerturbationMethod
References
2NonlinearAnalysisofBeams
2.1Introduction
2.2NonlinearMotionEquationsofEuler-BernoulliBeams
2.3PostbucklingAnalysisofEuler-BemoulliBeams
2.4NonlinearBendingAnalysisofEuler-BernoulliBeams
2.5LargeAmplitudeVibrationAnalysisofEuler-BernoulliBeams
References
3NonlinearVibrationAnalysisofPlates
3.1Introduction
3.2Reddy'sHigherOrderShearDeformationPlateTheory
3.3GeneralizedKfirmin-typeMotionEquations
3.4NonlinearVibrationofFunctionallyGradedFiberReinforcedComposite
Plates
3.5HygrothermalEffectsontheNonlinearVibrationofShearDeformable
LaminatedPlate
3.6NonlinearVibrationofShearDeformableLaminatedPlateswithPFRCActuators
Reterences
4NonlinearBendingAnalysisofPlates
4.1Introduction
4.2NonlinearBendingofRectangularPlateswithFreeEdgesunder
TransverseandIn-planeLoadsandRestingonTwo-parameterElasticFoundations
4.3NonlinearBendingofRectanguIarPlateswithFreeEdgesunder
TransverseandThermalLoadingandRestingonTwo-parameterElasticFoundations
4.4NonlinearBendingofRectangularPlateswithFreeEdgesRestingon
TensionlessElasticFoundations
4.5NonlinearBendingofShearDeformableLaminatedPlatesunderTransverseandIn-planeLoads
4.6NonlinearBendingofShearDeformableLaminatedPlatesunderTransverseandThermalLoading
4.7NonlinearBendingofFunctionallyGradedFiberReinforcedComposite
Plates
Appendix4.A
Appendix4.B
Appendix4.C
Appendix4.D
Appendix4.E
Appendix4.F
References
5PostbucklingAnalysisofPlates
5.1Introduction
5.2PostbucklingofThinPlatesRestingonTensionlessElasticFoundation
5.3PostbucklingofShearDeformableLaminatedPlatesunder
CompressionandRestingonTensionlessElasticFoundations
5.4ThermalPosthucklingofShearDeformableLaminatedPlatesRestingon
TensionlessElasticFoundations
5.5ThermomechanicalPostbucklingofShearDeformableLaminatedPlates
RestingonTensionlessElasticFoundations
5.6PostbucklingofFunctionallyGradedFiberReinforcedCompositePlates
underCmnpression
5.7ThermalPostbucklingofFunctionallyGradedFiberReinforced
CompositePlates
5.8PostbucklingofShearDeformableHybridLaminatedPlateswithPFRC
Actuators
References
6NonlinearVibrationAnalysisofCylindricalShells
6.1Introduction
6.2Reddy'sHigherOrderShearDeformationShellTheoryandGeneralized
Kfirmn-typeMotionEquations
6.3NonlinearVibrationofShearDeformableCross-plyLaminated
CylindricalShells
6.4NonlinearVibrationofShearDeformableAnisotropicCylindricalShells
6.5HygrothermalEffectsontheNonlinearVibrationofFunctionally
GradedFiberReinforcedCompositeCylindricalShells
6.6NonlinearVibrationofShearDeformableLaminatedCylindricalShells
withPFRCActuators
Appendix6.G
References
7PostbucklingAnalysisofCylindricalShells
7.1Introduction
7.2PostbucklingofFunctionallyGradedFiberReinforcedComposite
CylindricalShellsunderAxialCompression
7.3PostbucklingofFunctionallyGradedFiberReinforcedComposite
CylindricalShellsunderExternalPressure
7.4ThermalPostbucklingofFunctionallyGradedFiberReinforced
CompositeCylindricalShells
7.5PostbucklingofAxiallyLoadedAnisotropicCylindricalShells
SurroundedbyanElasticMedium
7.6PostbucklingofInternalPressureLoadedAnisotropicCylindrical
ShellsSurroundedbyanElasticMedium
Appendix7.H
Appendix7.I
Appendix7.J
References
Index
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内容简介:
《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》讨论了二次摄动法及其在梁、板、壳结构非线性分析中的应用；系统地总结了20世纪90年代以来在梁、板、壳结构非线性分析中所取得的最新成果；提供了一个完整的理论体系来处理新型复合材料板壳结构的非线性行为，特别是在复杂环境或复杂荷载作用下的非线性行为。涉及梁、板、壳结构的非线性弯曲、后屈曲和非线性振动等领域。《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》所介绍的二次摄动法可推广应用于微纳米尺度梁、板、壳结构的非线性分析。
《材料与力学进展：梁、板、壳结构非线性分析的二次摄动法（英文版）》可供结构设计人员和梁、板、壳结构非线性行为研究的学者及高等院校的研究生参考。
-
目录:
AbouttheAuthor
Preface
ListofSymbols
1TraditionalPerturbationMethod
1.1Introduction
1.2Load-typePerturbationMethod
1.3Deflection-typePerturbationMethod
1.4Multi-parametarPerturbationMethod
1.5LimitationsoftheTraditionalPerturbationMethod
References
2NonlinearAnalysisofBeams
2.1Introduction
2.2NonlinearMotionEquationsofEuler-BernoulliBeams
2.3PostbucklingAnalysisofEuler-BemoulliBeams
2.4NonlinearBendingAnalysisofEuler-BernoulliBeams
2.5LargeAmplitudeVibrationAnalysisofEuler-BernoulliBeams
References
3NonlinearVibrationAnalysisofPlates
3.1Introduction
3.2Reddy'sHigherOrderShearDeformationPlateTheory
3.3GeneralizedKfirmin-typeMotionEquations
3.4NonlinearVibrationofFunctionallyGradedFiberReinforcedComposite
Plates
3.5HygrothermalEffectsontheNonlinearVibrationofShearDeformable
LaminatedPlate
3.6NonlinearVibrationofShearDeformableLaminatedPlateswithPFRCActuators
Reterences
4NonlinearBendingAnalysisofPlates
4.1Introduction
4.2NonlinearBendingofRectangularPlateswithFreeEdgesunder
TransverseandIn-planeLoadsandRestingonTwo-parameterElasticFoundations
4.3NonlinearBendingofRectanguIarPlateswithFreeEdgesunder
TransverseandThermalLoadingandRestingonTwo-parameterElasticFoundations
4.4NonlinearBendingofRectangularPlateswithFreeEdgesRestingon
TensionlessElasticFoundations
4.5NonlinearBendingofShearDeformableLaminatedPlatesunderTransverseandIn-planeLoads
4.6NonlinearBendingofShearDeformableLaminatedPlatesunderTransverseandThermalLoading
4.7NonlinearBendingofFunctionallyGradedFiberReinforcedComposite
Plates
Appendix4.A
Appendix4.B
Appendix4.C
Appendix4.D
Appendix4.E
Appendix4.F
References
5PostbucklingAnalysisofPlates
5.1Introduction
5.2PostbucklingofThinPlatesRestingonTensionlessElasticFoundation
5.3PostbucklingofShearDeformableLaminatedPlatesunder
CompressionandRestingonTensionlessElasticFoundations
5.4ThermalPosthucklingofShearDeformableLaminatedPlatesRestingon
TensionlessElasticFoundations
5.5ThermomechanicalPostbucklingofShearDeformableLaminatedPlates
RestingonTensionlessElasticFoundations
5.6PostbucklingofFunctionallyGradedFiberReinforcedCompositePlates
underCmnpression
5.7ThermalPostbucklingofFunctionallyGradedFiberReinforced
CompositePlates
5.8PostbucklingofShearDeformableHybridLaminatedPlateswithPFRC
Actuators
References
6NonlinearVibrationAnalysisofCylindricalShells
6.1Introduction
6.2Reddy'sHigherOrderShearDeformationShellTheoryandGeneralized
Kfirmn-typeMotionEquations
6.3NonlinearVibrationofShearDeformableCross-plyLaminated
CylindricalShells
6.4NonlinearVibrationofShearDeformableAnisotropicCylindricalShells
6.5HygrothermalEffectsontheNonlinearVibrationofFunctionally
GradedFiberReinforcedCompositeCylindricalShells
6.6NonlinearVibrationofShearDeformableLaminatedCylindricalShells
withPFRCActuators
Appendix6.G
References
7PostbucklingAnalysisofCylindricalShells
7.1Introduction
7.2PostbucklingofFunctionallyGradedFiberReinforcedComposite
CylindricalShellsunderAxialCompression
7.3PostbucklingofFunctionallyGradedFiberReinforcedComposite
CylindricalShellsunderExternalPressure
7.4ThermalPostbucklingofFunctionallyGradedFiberReinforced
CompositeCylindricalShells
7.5PostbucklingofAxiallyLoadedAnisotropicCylindricalShells
SurroundedbyanElasticMedium
7.6PostbucklingofInternalPressureLoadedAnisotropicCylindrical
ShellsSurroundedbyanElasticMedium
Appendix7.H
Appendix7.I
Appendix7.J
References
Index
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