Sentence examples for classical vibration from inspiring English sources
Many energy harvesting devices employ dynamics ascribed to the classical vibration absorber.
The computer coding of the proposed method is much easier than the classical vibration analysis methods for similar analyses which makes it more appropriate in implementation.
The computer coding of the proposed method is much easier than the classical vibration analysis methods which makes it more appropriate in implementation.
The computational effectiveness of the method is illustrated by applying it to the classical vibration absorber and to a cantilever beam carrying an absorber at its midpoint.
The proposed method is applied to a classical vibrations problem the vibrating string and it is concluded that the main advantage of the method is the fact that excellent accuracy can be achieved with a small number of elements.
In highly anisotropic corrugated laminates different non-classical vibration modes were observed and are reported in this work.
The proposed equations reproduce as special cases: (1) the non-classical vibration modes of shear beam-columns including the inversion of modes of vibration (i.e. higher modes crossing lower modes) in members with soft end conditions, and the phenomena of double frequencies at certain values of beam slenderness (L/r) and (2) the phenomena of tension buckling in shear beam-columns.
Vibrational energy harvesting devices are often designed in a manner analogous to classical dynamic vibration absorbers (DVAs).
Classical nonlinear vibration methods used for structural damage detection are often based on higher- and sub-harmonic generation.
Accurate expressions for the kinetic energy in substructure excited by white noise and broad-band spectra, based on classical random vibration theory and modal analysis, are presented.
Moreover, by comparing the action of the strongly nonlinear attachment to the classical linear vibration absorber, we show robustness of passive nonlinear energy absorption over wide parameter ranges.
