Content: Sound and vibration damping with polymers : basic viscoelastic definitions and concepts / L.H. Sperling --
Relation of polymer chemical composition to acoustic damping / Bruce Hartmann --
Comparison of the complex dynamic modulus as measured by three apparatus / James J. Dlubac, Gilbert F. Lee, James V. Duffy, Richard J. Deigan, and John D. Lee --
Dynamic mechanical testing : application of polymer development to constrained-layer damping / Rodger N. Capps and Linda L. Beumel --
Direct method for measuring the dynamic shear properties of damping polymers / S.S. Sattinger --
Fourier transform mechanical analysis and phenomenological representation of viscoelastic material behavior / S.N. Ganeriwala and H.A. Hartung --
Extrapolating viscoelastic data in the temperature-frequency domain / Peter T. Weissman and Richard P. Chartoff --
Selecting damping materials from differential scanning calorimetry glass-transition data / A.K. Sircar and Michael L. Drake --
Emission of acoustic waves from polymers under stress : rheo-photoacoustic Fourier transform-IR spectroscopy / Marek W. Urban and William F. McDonald --
Mechanisms of sound attenuation in materials / Jacek Jarzynski --
Acoustic coatings for water-filled tanks / Robert D. Corsaro, Joel F. Covey, Rose M. Young, and Gregory Spryn --
Acoustic wave propagation in materials with inclusions or voids / W.M. Madigosky and K.P. Scharnhorst --
Guided-wave-tube technique for materials characterization / R. Harrison --
Numerical simulation of acoustic response of discontinuous viscoelastic fluids / B.C.H. Wendlandt --
Dynamic mechanical properties of poly(tetramethylene ether) glycol polyurethanes : effect of diol-chain extender structure / James V. Duffy, Gilbert F. Lee, John D. Lee, and Bruce Hartmann --
Damping in polydienes / C. Michael Roland and Craig A. Trask --
Requirements imposed on polymeric materials by structural damping applications / Edward M. Kerwin, Jr. and Eric E. Ungar --
General approach to damping design / Michael L. Drake --
Interpenetrating polymer networks : an overview / R.B. Fox, J.J. Fay, Usman Sorathia, and L.H. Sperling --
Acoustical properties of some interpenetrating network polymers : urethane-epoxy networks / R.Y. Ting, Rodger N. Capps, and D. Klempner --
Advanced damping materials for marine applications / Usman Sorathia, William Yeager, and Timothy Dapp --
Synthesis of composite latex particles and their role in sound and vibration damping / D.A. Greenhill, D.J. Hourston, and J.A. Waters --
Cross-poly(vinyl methyl ether)-inter-cross-polystyrene interpenetrating polymer networks : loss modulus and damping behavior / J.J. Fay, C.J. Murphy, D.A. Thomas, and L.H. Sperling --
Vinyl compound and phenolic interpenetrating polymer networks : synthesis and properties / K. Yamamoto and A. Takahashi --
Dynamic mechanical response of in situ polyurethane-poly(methyl methacrylate) interpenetrating polymer networks : influence of kinetics of formation / M.T. Tabka, J.M. Widmaier, and G.C. Meyer.

lgrsnf/I:\chem\Серия - The ACS Symposium ~ Симпозиумы ACS (1120 томов) [1974-2012, PDF, ENG]\0424. Sound and Vibration Damping with Polymers (1990).pdf

nexusstc/Sound and Vibration Damping with Polymers/07e69ca1ac5a2243b42d4cd58be8f082.pdf

zlib/Engineering/Robert D. Corsaro and L. H. Sperling (Eds.)/Sound and Vibration Damping with Polymers_2088142.pdf

Sound and vibration damping with polymers : developed from a symposium sponsored by the Division of Polymeric Materials: Science and Engineering at the 197th National Meeting of the American Chemical Society, Dallas, Texas, April 9-14, 1989

Sound And Vibration Damping With Polymers (acs Symposium Series)

ROBERT D. CORSARO; L. H. SPERLING; Lynn Rogers; Bruce Hartmann; James J. Dlubac; Gilbert F. Lee; James V. Duffy; Richard J. Deigan; John D. Lee; Rodger N. Capps; Linda L. Beumel; S. S. Sattinger; S. N. Ganeriwala; H. A. Hartung; Peter T. Weissman; Richard P. Chartoff; A. K. Sircar; Michael L. Drake; Marek W. Urban; William F. McDonald; Jacek Jarzynski; Joel F. Covey; Rose M. Young; Gregory Spryn; W. M. Madigosky; K. P. Scharnhorst; R. Harrison; B. C. H. Wendlandt; C. Michael Roland; Craig A. Trask; Edward M. Kerwin; Eric E. Ungar; R. B. Fox; J. J. Fay; Usman Sorathia; R. Y. Ting; D. Klempner; William Yeager; Timothy Dapp; D. A. Greenhill; D. J. Hourston; J. A. Waters; C. J. Murphy; D. A. Thomas; K. Yamamoto; A. Takahashi; M. T. Tabka; J. M. Widmaier; G. C. Meyer

Robert D Corsaro; L. H Sperling; American Chemical Society Division of Polymeric Materials: Science and Engineering; American Chemical Society Meeting (197th : 1989 : Dallas, Texas)

Robert D Corsaro; L. H Sperling; American Chemical Society Division of Polymeric Materials: Science and Engineering; American Chemical Society Meeting (197e : 1989 : Dallas, Tex)

Robert D Corsaro; Leslie Howard Sperling; American Chemical Society Division of Polymeric Materials: Science and Engineering; American Chemical Society

ACS symposium series,, 424, Washington, DC, District of Columbia, 1990

American Chemical Society, Washington, DC, 1990

United States, United States of America

August 12, 1998

1990 may

rutracker

lg934237

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Includes bibliographical references and indexes.
"Developed from a symposium sponsored by the Division of Polymeric Materials: Science and Engineering at the 197th National Meeting of the American Chemical Society, Dallas, Texas, April 9-14, 1989.

<p><P>Here is the first modern text that treats sound and vibration damping from a united point of view. It focuses on the development and use of polymers for sound and vibration damping, with applications primarily in the marine, automotive, appliance, and machinery areas. Blends and interpenetrating networks are addressed for their ability to damp over broad temperature and frequency ranges. Also includes several review papers which develop fundamental points of view, both scientific and engineering.</p> <h3>Booknews</h3> <p>Proceedings of a symposium at the 197th National Meeting of the American Chemical Society, Dallas, Texas, April 1989. The contributions focus on the development and use of polymers for sound and vibration damping, with applications primarily in the marine, automotive, appliance, and machinery areas. Blends and interpenetrating networks are addressed for their ability to damp over broad temperature and frequency ranges. Also includes several review papers which develop fundamental points of view, both scientific and engineering. Annotation c. Book News, Inc., Portland, OR (booknews.com)</p>

2013-07-12