Dynamics of shallow shells taking into account physical non-linearities

Author
Chinh T.D.
Published October 2000
Journal International Journal of Mechanical Sciences
  See all Details

Abstract

In this paper the author, has presented a solution to the problem of dynamics of shallow shell taking into account physical non-linearities. The shell is made of non-linear material obeying a cubic stress-strain law, and energy dissipation has been included in the formulation of the problem. Solutions for cylindrical and spherical shells and numerical results for these cases are based on approximate shape functions consisting of a single term in each. Some curves of amplitude-frequency relationships are given for cylindrical and spherical shells in the case of soft-type physical non-linearity.

Reviews

Write Review

Saving... Saving... Cancel Save Cancel

Details

Title
Dynamics of shallow shells taking into account physical non-linearities
Author
Chinh T.D.
Year
2000
Journal
International Journal of Mechanical Sciences
Document Type
Research article
Subjects*
Non-Linear Forced Oscillation · Soft-Type Physical Non-Linearity · Shallow Shell · Damping Effect · Compressibility · Incompressibility Of Material

Fields edited by Q-Sensei or Q-Sensei's users are marked with an asterisk (*).
This is Version 3 (restored from Version 1) of this record. Anonymous user (IP:1.53.20.202) added this version on March 16, 2012. It is an edited version of the original data import from IngentaConnect.com. View changes to the previous version or view the complete version history.