Kypuros, Javier A. <br/><br/>
System dynamics and control with bond graph modeling 
Javier A. Kypuros 
 - Boca Raton :  Taylor & Francis,  c2013. 
 - xx, 499 p. :  ill. ;  25 cm. 
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<br/><br/>•	Part I Dynamic System ModelingIntroduction to System DynamicsIntroductionSystem Decomposition and Model ComplexityMathematical Modeling of Dynamic SystemsAnalysis and Design of Dynamic SystemsControl of Dynamic SystemsDiagrams of Dynamic SystemsA Graph-Centered Approach to ModelingSummaryPracticeExercisesBasic Bond Graph ElementsIntroductionPower and Energy VariablesBasic 1-Port ElementsBasic 2-Ports ElementsJunction ElementsSimple Bond Graph ExamplesSummaryPracticeExercisesBond Graph Synthesis and Equation DerivationIntroductionGeneral GuidelinesMechanical TranslationMechanical RotationElectrical CircuitsHydraulic CircuitsMixed SystemsState Equation DerivationState-Space RepresentationsAlgebraic Loops and Derivative CausalitySummaryPracticeExercisesImpedance Bond GraphsIntroductionLaplace Transform of the State-Space EquationBasic 1-Port ImpedancesImpedance Bond Graph SynthesisJunctions, Transformers, and GyratorsEffort and Flow DividersSign ChangesTransfer Function DerivationAlternative Derivation of Transfer FunctionSummaryPracticeExercisesMathematical Modeling and Numerical SimulationIntroductionBasic Transient ResponsesState-Space SimulationsTransfer Function SimulationsApplicationsSummaryPart II Analysis and ControlLaplace TransformsIntroductionComplex NumbersThe Laplace TransformationCommon Functions and Their TransformsAdvanced TransformationsInverse Laplace TransformationsPartial Fraction ExpansionsSolving Linear Time Invariant SystemsSummaryPracticeExercisesTime Domain AnalysisIntroductionTransient Responses of First-Order SystemsTransient Responses of Second-Order SystemsTransient Responses of Higher-Order SystemsState Space AnalysisSummaryPracticeExercisesFrequency Domain AnalysisIntroductionThe Sinusoidal Transfer FunctionThe Bode DiagramFrequency Responses of First-Order SystemsFrequency Responses of Second-Order SystemsFrequency. <br/>•	Responses of Higher-Order SystemsFree VibrationRotating AssembliesAC CircuitsSummaryPracticeExercisesClassical Control SystemsIntroductionBlock Diagrams and Bond GraphsTransient Response Analysis of Closed-Loop SystemsTransient Response Characteristics and Design SpecificationsStability AnalysisAnalysis Using the Root LocusDesign of Lead-Lag CompensatorsDesign of PID CompensatorsSummaryPracticeExercisesModern Control SystemsIntroductionControl System Analysis in the State SpaceControl Design Using Pole PlacementState ObserversOptimal Control and the Linear Quadratic RegulatorSummaryPracticeExercises. <br/> 
<br/><br/><label>ISBN: </label>9781466560758 
<br/><br/><label>LCCN: </label>2012050908 
<br/><br/><label>Subjects--Topical Terms: </label><br/>Automatic control--Mathematics<br/>Automatic control--Graphic methods<br/>Bond graphs
<br/><br/><label>Dewey Class. No.: </label>629.80728 KY SY