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06-24-2016, 09:06 PM
Structural dynamic analysis with generalized damping models : identification



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  • Author(s): Adhikari, Sondipon
  • Published By: Wiley-ISTE
  • Published Year: 2014
  • DOI: 978-1-84821-670-9, 9781118862971, 111886297X, 9781118863022, 111886302X, 9781118863039, 1118863038, 9781306373807, 1306373808, 184821670X
  • Size: 5.45 MB
  • Quality: Original preprint
  • Abstract: Amongthevariousingredientsofstructuraldynamics,dampingisoneoftheleast
    understood topics. The main reason is that unlike the stiffness and inertia forces,
    damping forces cannot always be obtained from “first principles”. The past two
    decadeshaveseensignificantdevelopmentsinthemodelingandanalysisofdamping
    inthecontextofengineeringdynamicsystems.Developmentsincompositematerials
    includingnanocompositesandtheirapplicationsinadvancedstructures,suchasnew
    generationofaircraftsandlargewindturbines,haveledtotheneedforunderstanding
    damping in a better manner. Additionally, the rise of vibration energy harvesting
    technologyusingpiezoelectricandelectromagneticprinciplesfurtherenhancedthe
    importance of looking at damping more rigorously. The aim of this book is to
    systematically present the latest developments in the modeling and analysis of
    damping in the context of general linear dynamic systems with multiple
    degrees-of-freedom. The focus has been on the mathematical and computational
    aspects.Thisbookwillberelevanttoaerospace, mechanicalandcivilengineering
    disciplines and various sub-disciplines within them. The intended readers of this
    bookincludeseniorundergraduatestudentsandgraduatestudentsdoingprojectsor
    doctoral research in the field of damped vibration. Researchers, professors and
    practicingengineersworkinginthefieldofadvancedvibrationwillfindthisbook
    useful. This book will also be useful for researchers working in the fields of
    aeroelasticity and hydroelasticity, where complex eigenvalue problems routinely
    ariseduetofluid–structureinteractions.

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Civil Engineering Association > eBooks > Structural Dynamics and Earthquake Engineering > Structural dynamic analysis with generalized damping models : identification