Computer Techniques in Vibration (Hardcover)

NUMERICAL TECHNIQUES; Marie D. DahlehIntroductionSingle-Degree-of-Freedom SystemSystems with Two or More Degrees of FreedomFinite Difference Method for a Continuous SystemMatrix MethodsApproximation Methods for the Fundamental FrequencyFinite Element MethodAppendix 1A Introduction to MATLAB®VIBRATION MODELING AND SOFTWARE TOOLS; Datong Song, Cheng Huang, and Zhong-Sheng LiuIntroductionFormulationVibration AnalysisCommercial Software PackagesThe Basic Procedure of Vibration AnalysisAn Engineering Case StudyCommentsCOMPUTER ANALYSIS OF FLEXIBLY SUPPORTED MULTIBODY SYSTEMS; Ibrahim Esat and M. DabestaniIntroductionTheoryA Numerical ExampleAn Industrial Vibration Design ProblemProgramming ConsiderationsVIBRATIOAnalysisCommentsAppendix 3A VIBRATIO Output for Numerical Example in Section 3.3FINITE ELEMENT APPLICATIONS IN DYNAMICS; Mohamed S. GadalaProblem and Element ClassificationTypes of AnalysisModeling Aspects for Dynamic AnalysisEquations of Motion and Solution MethodsVarious Dynamic AnalysesChecklist for Dynamic FE AnalysisVIBRATION SIGNAL ANALYSIS; Clarence W. de SilvaIntroductionFrequency SpectrumSignal TypesFourier AnalysisAnalysis of Random SignalsOther Topics of Signal AnalysisOverlapped ProcessingWAVELETS - CONCEPTS AND APPLICATIONS; Pol D. Spanos, Giuseppe Failla, and Nikolaos P. PolitisIntroductionTime-Frequency AnalysisTime-Dependent Spectra Estimation of Stochastic ProcessesRandom Field SimulationSystem IdentificationDamage DetectionMaterial CharacterizationConcluding RemarksINDEX