In this paper, generalized differential quadrature (G.D.Q.) techniques [1-3] are applied in the computation of the in-plane free vibrations of thin and thick non-uniform circular arches in undamaged and damaged configurations, when various boundary conditions are considered. The structural damage is represented by one crack in different positions and with various damage levels.
F. Tornabene, E. Viola (2005). The Effect of Cracks on the Dynamic Response of Circular Arches with Varying Cross-section by G.D.Q.E. Technique. EASTLEIGH, HAMPSHIRE : EC, Ltd.
The Effect of Cracks on the Dynamic Response of Circular Arches with Varying Cross-section by G.D.Q.E. Technique
TORNABENE, FRANCESCO;VIOLA, ERASMO
2005
Abstract
In this paper, generalized differential quadrature (G.D.Q.) techniques [1-3] are applied in the computation of the in-plane free vibrations of thin and thick non-uniform circular arches in undamaged and damaged configurations, when various boundary conditions are considered. The structural damage is represented by one crack in different positions and with various damage levels.File in questo prodotto:
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