Modified Methods Compressive and Tension Stiffness Calculation for Thin-Layer Rubber-Metal Compensating Devices

Journal of Vibrational Engineering and Technologies 2016
Svetlana Polukoshko, Vladimirs Gonca, G Hilkevica

The technique of compression - tension stiffness characteristics calculation for thin-layer rubber-metal damping devices is presented in this work. It is proposed to take into account adhesive layers and deformation of non-elastomeric layers working under tension and compression. A variational method of linear theory of elasticity for weakly compressible materials is used for calculations. The received dependencies allow to explain nonlinearity of "force - displacement" stiffness characteristics and various behavior of glued rubber-metal device under tension and compression, observed in experimental investigations.

Keywords
Compressive stiffness Elastomer Multilayer rubber-metal devices Poisson's ratio Variational procedure
Hyperlink
http://www.tvi-in.com/Journals/journaldetail.aspx?Id=201610311059429521484b816f7cd0f

Polukoshko, S., Gonca, V., Hilkevica, G. Modified Methods Compressive and Tension Stiffness Calculation for Thin-Layer Rubber-Metal Compensating Devices. Journal of Vibrational Engineering and Technologies, 2016, Vol.4, No.5, pp.439-446. ISSN 2321-3558.

Publication language
English (en)