Abstract
"Over the past 20-30 years, usage of specific properties of rubber (high elasticity, resistance to environmental influences, good dynamic performance, low compressibility, nearly linear stress-strain relationship for strains of up to 15% ÷ 20%) enabled development of shock absorbers with nonlinear characteristics ""force - settlement"". The paper proposes a method of calculation of a cylindrical rubber shock absorber cords with hard side stops by considering weak compressibility of rubber. The solution is obtained by applying Ritz method and using the principle of the minimum complete potential energy of deformation. Obtained solutions can be used to find the dependence of „force - settlement” for cylindrical shock absorbers, as well as in design of such shock absorbers. This is required when developing a shock absorber with a given non-linear stiffness characteristics"
About this article
Received
September 4, 2010
Accepted
September 10, 2010
Published
September 30, 2010
Keywords
rubber
shock-absorber
weak compressibility
side stops
stiffnes
Copyright © 2010 Vibroengineering
This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
