经典力学和天体力学中的数学论题(第2版 英文版)
出版时间:
2000-06
版次:
2
ISBN:
9787506247092
定价:
51.00
装帧:
平装
开本:
24开
纸张:
胶版纸
页数:
247页
正文语种:
英语
36人买过
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Thisworkdescribesthefundamentalprinciples,problems,andmethodsofclassicalmechanicsfocussingonitsmathematicalaspects.Theauthorshavestriventogiveanexpositionstressingtheworkingapparatusofclassicalmechanics,ratherthanitsphysicalfoundationsorapplications.ThisapparatusisbasicallycontainedinChapters1,3,4and5.Chapter1isdevotedtothefundamentalmathematicalmodelswhichareusuallyemployedtodescribethemotionofrealmechanicalsystems.Specialconsiderationisgiventothestudyofmotionunderconstraints,andalsotoproblemsconcernedwiththerealizationofconstraintsindynamics.Thisworkdescribesthefundamentalprinciples,problems,andmethodsofclassicalmechanicsfocussingonitsmathematicalaspects.Theauthorshavestriventogiveanexpositionstressingtheworkingapparatusofclassicalmechanics,ratherthanitsphysicalfoundationsorapplications.ThisapparatusisbasicallycontainedinChapters1,3,4and5.Chapter1isdevotedtothefundamentalmathematicalmodelswhichareusuallyemployedtodescribethemotionofrealmechanicalsystems.Specialconsiderationisgiventothestudyofmotionunderconstraints,andalsotoproblemsconcernedwiththerealizationofconstraintsindynamics. Chapter1.BasicPrinciplesofClassicalMechanics
1.NewtonianMechanics
1.1.Space.Time.Motion
1.2.TheNewton-LaplacePrincipleofDeterminacy
1.3.ThePrincipleofRelativity
1.4.BasicDynamicalQuantities.ConservationLaws
2.LagrangianMechanics
2.1.PreliminaryRemarks
2.2.VariationsandExtremals
2.3.Lagrange'sEquations
2.4.Poincare'sEquations
2.5.ConstrainedMotion
3.HamiltonianMechanics
3.1.SymplecticStructuresandHamilton'sEquations
3.2.GeneratingFunctions
3.3.SymplecticStructureoftheCotangentBundle
3.4.TheProblemofnPointVortices
3.5.TheActionFunctionalinPhaseSpace
3.6.IntegralInvariants
3.7.ApplicationstotheDynamicsofIdealFluids
3.8.PrincipleorStationaryIsoenergeticAction
4.VakonomicMechanics
4.1.Lagrange'sProblem
4.2.VakonomicMechanics
4.3.ThePrincipleofDeterminacy
4.4.Hamilton'sEquationsinRedundantCoordinates
5.HamiltonianFormalismwithConstraints
5.1.Dirac'sProblem
5.2.Duality
6.RealizationofConstraints
6.1.VariousMethodsofRealizingConstraints
6.2.HolonomicConstraints
6.3.AnisotropicFriction
6.4.AdjoiningMasses
6.5.AdjoiningMassesandAnisotropicFriction
6.6.SmallMasses
Chapter2.Then-BodyProblem
1.TheTwo-BodyProblem
1.1.Orbits
1.2.Anomalies
1.3.CollisionsandRegularization
1.4.GeometryoftheKeplerProblem
2.CollisionsandRegularization
2.1.'NecessaryConditionsforStability
2.2.SimultaneousCollisions
2.3.BinaryCollisions
2.4.SingularitiesofSolutionsinthen-BodyProblem
3.ParticularSolutions
3.1.CentralConfigurations
3.2.HomographicSolutions
3.3.TheAmendedPotentialandRelativeEquilibria
4.FinalMotionsintheThree-BodyProblem
4.1.ClassificationofFinalMotionsAccordingtoChazy
4.2.SymmetryofPastandFuture
5.TheRestrictedThree-BodyProblem
5.1.EquationsofMotion.TheJacobiIntegral
5.2.RelativeEquilibriaandtheHillRegion
5.3.Hill'sProblem
6.ErgodicTheoremsinCelestiaIMechanics
6.1.StabilityintheSenseofPoisson
6.2.ProbabilityofCapture
Chapter3.SymmetryGroupsandReduction(LoweringtheOrder)
1.SymmetriesandLinearFirstIntegrals
1.1.E.Noether'sTheorem
1.2.SymmetriesinNonholonomicMechanics
……
Chapter4.IntegrableSystemsandIntegrationMethods
Chapter5.PerturbationTheoryforIntegrableSystems
Chapter6.NonintegrableSystems
Chapter7.TheoryofSmallOscillations
CommentsontheBibliography
RecommendedReading
Bibliography
Index
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内容简介:
Thisworkdescribesthefundamentalprinciples,problems,andmethodsofclassicalmechanicsfocussingonitsmathematicalaspects.Theauthorshavestriventogiveanexpositionstressingtheworkingapparatusofclassicalmechanics,ratherthanitsphysicalfoundationsorapplications.ThisapparatusisbasicallycontainedinChapters1,3,4and5.Chapter1isdevotedtothefundamentalmathematicalmodelswhichareusuallyemployedtodescribethemotionofrealmechanicalsystems.Specialconsiderationisgiventothestudyofmotionunderconstraints,andalsotoproblemsconcernedwiththerealizationofconstraintsindynamics.Thisworkdescribesthefundamentalprinciples,problems,andmethodsofclassicalmechanicsfocussingonitsmathematicalaspects.Theauthorshavestriventogiveanexpositionstressingtheworkingapparatusofclassicalmechanics,ratherthanitsphysicalfoundationsorapplications.ThisapparatusisbasicallycontainedinChapters1,3,4and5.Chapter1isdevotedtothefundamentalmathematicalmodelswhichareusuallyemployedtodescribethemotionofrealmechanicalsystems.Specialconsiderationisgiventothestudyofmotionunderconstraints,andalsotoproblemsconcernedwiththerealizationofconstraintsindynamics.
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目录:
Chapter1.BasicPrinciplesofClassicalMechanics
1.NewtonianMechanics
1.1.Space.Time.Motion
1.2.TheNewton-LaplacePrincipleofDeterminacy
1.3.ThePrincipleofRelativity
1.4.BasicDynamicalQuantities.ConservationLaws
2.LagrangianMechanics
2.1.PreliminaryRemarks
2.2.VariationsandExtremals
2.3.Lagrange'sEquations
2.4.Poincare'sEquations
2.5.ConstrainedMotion
3.HamiltonianMechanics
3.1.SymplecticStructuresandHamilton'sEquations
3.2.GeneratingFunctions
3.3.SymplecticStructureoftheCotangentBundle
3.4.TheProblemofnPointVortices
3.5.TheActionFunctionalinPhaseSpace
3.6.IntegralInvariants
3.7.ApplicationstotheDynamicsofIdealFluids
3.8.PrincipleorStationaryIsoenergeticAction
4.VakonomicMechanics
4.1.Lagrange'sProblem
4.2.VakonomicMechanics
4.3.ThePrincipleofDeterminacy
4.4.Hamilton'sEquationsinRedundantCoordinates
5.HamiltonianFormalismwithConstraints
5.1.Dirac'sProblem
5.2.Duality
6.RealizationofConstraints
6.1.VariousMethodsofRealizingConstraints
6.2.HolonomicConstraints
6.3.AnisotropicFriction
6.4.AdjoiningMasses
6.5.AdjoiningMassesandAnisotropicFriction
6.6.SmallMasses
Chapter2.Then-BodyProblem
1.TheTwo-BodyProblem
1.1.Orbits
1.2.Anomalies
1.3.CollisionsandRegularization
1.4.GeometryoftheKeplerProblem
2.CollisionsandRegularization
2.1.'NecessaryConditionsforStability
2.2.SimultaneousCollisions
2.3.BinaryCollisions
2.4.SingularitiesofSolutionsinthen-BodyProblem
3.ParticularSolutions
3.1.CentralConfigurations
3.2.HomographicSolutions
3.3.TheAmendedPotentialandRelativeEquilibria
4.FinalMotionsintheThree-BodyProblem
4.1.ClassificationofFinalMotionsAccordingtoChazy
4.2.SymmetryofPastandFuture
5.TheRestrictedThree-BodyProblem
5.1.EquationsofMotion.TheJacobiIntegral
5.2.RelativeEquilibriaandtheHillRegion
5.3.Hill'sProblem
6.ErgodicTheoremsinCelestiaIMechanics
6.1.StabilityintheSenseofPoisson
6.2.ProbabilityofCapture
Chapter3.SymmetryGroupsandReduction(LoweringtheOrder)
1.SymmetriesandLinearFirstIntegrals
1.1.E.Noether'sTheorem
1.2.SymmetriesinNonholonomicMechanics
……
Chapter4.IntegrableSystemsandIntegrationMethods
Chapter5.PerturbationTheoryforIntegrableSystems
Chapter6.NonintegrableSystems
Chapter7.TheoryofSmallOscillations
CommentsontheBibliography
RecommendedReading
Bibliography
Index
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