Structural dynamic analysis with generalized damping models : Identification / Sondipon Adhikari.

By:

Adhikari, Sondipon [Author]

Contributor(s):

Challamel, Noel [Editor]

Language: English Series: Mechanical engineering and solid mechanics seriesPublication details: London : ISTE Ltd. ; 2013.Description: xx, 247 p. : ill. ; 24 cmISBN:

9781848216709 (hbk.)

Subject(s):

DDC classification:

620.30113 ADH/S

Summary: The book Structural Dynamic Analysis with Generalized Damping Models: Identification examines advanced methods for analyzing vibration damping, with a focus on generalized non-viscous damping models. While viscous damping has been widely used in dynamics since Lord Rayleigh's work in 1877, it is often adopted for mathematical simplicity rather than accurately representing physical damping behavior. The author presents a comprehensive treatment of non-viscous damping, including the identification of viscous and non-viscous damping, parametric sensitivity analysis, and techniques for quantifying damping. Supported by numerous worked examples, the book is intended for applications in mechanical, aerospace, and structural engineering.

List(s) this item appears in: Newly Arrived Books - 18-08-2026

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Holdings
Cover image	Item type	Current library	Home library	Collection	Shelving location	Call number	Materials specified	Vol info	URL	Copy number	Status	Notes	Date due	Barcode	Item holds	Item hold queue priority	Course reserves
	Text Book	Central Library, IIT Bhubaneswar	Central Library, IIT Bhubaneswar	SMS		620.30113 ADH/S (Browse shelf(Opens below))					Available			TB12855

Total holds: 0

Series editor; Noel Challamel

Includes bibliographical references and index.

The book Structural Dynamic Analysis with Generalized Damping Models: Identification examines advanced methods for analyzing vibration damping, with a focus on generalized non-viscous damping models. While viscous damping has been widely used in dynamics since Lord Rayleigh's work in 1877, it is often adopted for mathematical simplicity rather than accurately representing physical damping behavior. The author presents a comprehensive treatment of non-viscous damping, including the identification of viscous and non-viscous damping, parametric sensitivity analysis, and techniques for quantifying damping. Supported by numerous worked examples, the book is intended for applications in mechanical, aerospace, and structural engineering.

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