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The principal aim is to investigate the interaction between different modes of shell vibration.
The obstacle course test comprising of three standard problems is undertaken to examine its performance for various modes of shell behavior.
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In addition, effects of the six mentioned parameters on both stable and unstable crushing modes of shells were investigated.
For instance, ω s ( 1 ) mode of the core will not only interact with ω - ( 1 ) mode of the shell but also with the higher-order modes of the shell like the quadrupole ω - ( 2 ) and octupole ω - ( 3 ) modes etc.
In the experiments with clamped-clamped shells, careful study was made of the power spectral densities of both the wake signal, measured by a hot wire anemometer, and the shell vibration signal, measured by a non-obtrusive fibre optics probe; the modal damping in various modes of the shell was also measured.
Several expansions involving 16 or more natural modes of the shell are used.
The effects of rotation on different three-dimensional modes of cylindrical shell are discussed in detail.
Frequencies of lower order modes of the shell are obtained with the PVDF sensor and compared with the previous testing results to prove its accuracy.
One effective wave selection method based on the Wave FEM has thus been put forward to filter the radial modes of a shell structure.
The natural frequencies and the corresponding modes of the shell are determined by transforming the governing equations into a matrix eigenvalue problem.
These solutions are used to investigate the particular qualities of the energy exchange and interaction of the modes of the shell.
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