Exact(2)
The boundary conditions at the lateral and radial surfaces of each rubber component are locally non-mixed and simultaneously satisfied by using the modes corresponding to the dispersion relation for axial waves in infinite hollow cylinders while the metal plates are assumed rigid, following Newton's second law.
The locally non-mixed boundary conditions at the lateral and radial surfaces are simultaneously satisfied by using the modes corresponding to the dispersion relation for axial waves in cylinders satisfying the stress free boundary conditions at the curved radial boundaries, while the displacement conditions on the flat cylinder ends are satisfied by mode matching.
Similar(58)
The formulation of STL is obtained by using the mode superposition method.
Lawrie [13] solved geometry involving scattering in three-dimensional waveguide with flexible wall by using the mode-matching technique.
The integrated variational formulation is given, based on which the numerical equation is derived by using the mode summation approach.
By using the mode expansion form, the dynamic behavior of two different reed systems for aerospace relays is analyzed.
During the intervention schema modes were measured by using the Mode Observation Scale (MOS) and by a pre-test/post-test design applying the Schema Mode Inventory (SMI).
Nawaz and Lawrie [15] investigated the scattering of a wave at a flanged junction between two flexible waveguides by using the mode-matching technique.
By using the mode-dependent diagonally dominant Lyapunov function approach, some sufficient conditions are established for the existence of an admissible state-feedback controller.
This paper aims to develop a new damage localization method by using the mode shapes extracted from moving vehicle response for beam structures without reference data.
First, we investigate the impact of the three message density approximation considered in Section 4. As evidenced by Figures6 and7, codes designed by using the mode-matched approximation gives the maximum output mutual information from a SCF node.
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