Noise and Vibration Control Engineering: Principles and Applications

Description: About this productSynopsisModal and Spectrum Analysis Data Dependent Systems in State Space Sudhakar M. Pandit Written for scientists and engineers dealing with real data-experimental or operational-this important work presents a untried and comparative treatment of modal and spectrum analysis of dynamic systems and structures. The book illustrates how the use of Data Dependent Systems (DDS) unites the two methods of analysis and simplifies many of the techniques, while providing more accurate, realistic, and easily interpreted results. Both time (modal analysis) and frequency domain (spectrum analysis) methods are systematically covered to demonstrate the relative merits and disadvantages of each. Supplements include extensive tables of results from real data, more than 50 figures (including unique plots of multivariate spectra and transfer functions) and a detailed bibliography. 1991 (0 471-63705-X) 415 pp. Vibration Problems in Engineering Fifth Edition William Weaver, Jr., Stephen P. Timoshenko, and Donovan H. Young "A substantial revision of the previous edition...it remains a very good undergraduate text and handy reference work." -Journal of Sound and Vibration While keeping much of Timoshenko's classic work on vibration theory intact, this Fifth Edition features new information on powerful, modern computational techniques. Written in a style that gives concrete physical meaning to terms and equations, the current edition includes such enhancements as revised problems, examples of applications, and computer programs. Highlights include a thorough presentation of multidegree of freedom systems using flexibility and stiffness formulation; vibration of continuous systems; a new chapter on the finite-element method; plus matrix and numerical techniques for problem solving. 1990 (0 471-63228-7) 610 pp.Prepared by a leading acoustics company, BNN Laboratories, this reference covers every aspect of noise and vibration control. It examines engineering principles for designing quiet conditions into pumps and power plant equipment, air conditioning systems, industrial machinery, factories and more. Methods for designing appropriate noise and vibration control treatments are also discussed. Techniques for assessing conditions are demonstrated as well as methods for designing appropriate noise and vibration control applications.Product IdentifiersISBN-100471617512ISBN-139780471617518eBay Product ID (ePID)761531Key DetailsNumber Of Pages816 pagesFormatHardcoverPublication Date1992-09-04LanguageEnglishPublisherWiley & Sons, Incorporated, JohnPublication Year1992Additional DetailsCopyright Date1992IllustratedYesDimensionsWeight44.3 OzHeight1.7 In.Width6.3 In.Length9.6 In.Target AudienceGroupScholarly & ProfessionalClassification MethodLCCN92-011347LC Classification NumberTD892.N6512 1992Dewey Decimal620.2/3Dewey Edition22ContributorsEdited byIstván L. Vér, Leo Leroy BeranekTable Of ContentBasic Acoustical Quantities (L. Beranek). Waves and Impedances (L. Beranek). Data Analysis (A. Piersol). Determination of Sound Power Levels and Directivity of Noise Sources (L. Beranek, et al.). Outdoor Sound Probagation (G. Anderson & U. Kurze). Sound in Small Enclosures (D. Nefske & S. Sung). Noise in Rooms (M. Hodgson & A. Warnock). Sound Absorbing Materials and Sound Absorbers (F. Mechel & I. Ver). Interaction of Sound Waves with Solid Structures (I. Ver). Passive Silencers and Lined Ducts (A. Galaitsis & I. Ver). Vibration Isolation (E. Ungar). Structural Damping (E. Ungar). Enclosures and Wrappings (I. Ver). Noise of Gas Flows (M. Howe & H. Baumann). Active Noise Control (L. Eriksson). Damage Risk Criteria for Hearing and Human Body Vibration (H. von Gierke & C. Wilson). Criteria for Noise and Vibration in Communities, Buildings and Vehicles (L. Beranek). Prediction of Machinery Noise (E. Wood). Noise and Vibration Control of the Internal Combustion Reciprocating Engine (T. Priede). Noise and Vibration of Electrical Machinery (P. Timar-Peregrin). Elements of Gear Noise Prediction (W. Mark).

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