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Non-linear modal coupling is emphasized.
In this paper, it is shown that nonlinear modal coupling is another important cause of strain growth in spherical containment vessels.
Similar(58)
The effects of modal coupling are examined in greater detail.
Cable inclination, sag, parametric and direct excitation and nonlinearities, including modal coupling, are included.
Two indices of nonlinear coupling and modal coupling are proposed in order to quantify and correct a posteriori the error induced by modal damping assumption.
Methods for preventing the strain growth due to nonlinear modal coupling are discussed, which provide guidelines for the engineering design of spherical containment vessels.
If damping is small modal coupling can be neglected, which leads to an approximate solution that greatly reduces the required computer capacity and time.
A modal coupling scheme is used, in which complex modal input amplitudes are specified across a section at one end of the computational duct domain and the amplitudes and phases of the transmitted modes are captured at the other end.
However, quantitative information about modal coupling effects is not available in the process of selecting modes.
In this paper a modal coupling procedure is developed to improve residual modal effects based on experimentally generated data.
This extension also makes the methodology applicable to realistic systems where the importance of modal coupling terms is quantified and potentially eliminated.
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