The modes tend to underestimate the sizes, particularly, for jumps in either the first or the second step change.
Because camera companies aren't sure if you'll accept this image degradation, automatic modes tend to stop boosting ISO long before they reach top sensitivity.
Since increasing of core porosity causes reduction of index contrast between core and cladding, the guiding modes tend to spread into the cladding region.
As a result, anchorage failure modes tend to be excessive principal stresses, local crushing and interfacial slippage (abrasive wear), all of which are difficult to predict.
For unstable detonation with an overdrive factor f = 1.0, with the duct width decreasing, the transverse modes tend to be the lower ones.
This method is based on an observation that if there are multiple modes participating in vortex-induced oscillations, these modes tend to interrupt each other, resulting in considerably smaller amplitude of vibration in comparison with a single mode response.
In general, local electromechanical oscillation modes tend to be within the range from 1 Hz to 2 Hz while inter-area ones tend to be within 0.2 Hz to 1.0 Hz range.
At the high wavenumber limit, the phase speeds of the fundamental mode and the higher modes tend to the Rayleigh surface wave speed and the limiting wave speeds of the layer, respectively.
At the high wavenumber limit, the phase speeds of the fundamental mode and the higher modes tend to the phase speeds of the surface wave or the interfacial wave or the limiting phase speed of the composite.
For a particular model structure it is shown that the resonant frequencies of its first 4 modes tend to decrease when the excitation amplitude is increased, whereas the variation in the modal damping is non-monotonic.
