Sentence examples for modes of waves from inspiring English sources

Two modes of waves are found, E and H waves, and the corresponding dispersion equation of each type are derived and solved.

Different from typical floating-buoy WECs, the ASAWEC is capable of capturing wave energy from both heave and surge modes of wave motions.

These secular equations govern frequency and phase velocity of various possible modes of wave propagation at all wavelengths.

Finally, the dispersion curves are computed and represented graphically for various modes of wave propagation in different theories of thermoelasticity.

In addition, the sensitivity of resonances associated with various modes of wave propagation appearing in the backscattered amplitude to the perturbation in the material's elastic constants is examined.

This paper is intended to examine the effect of inclusion shapes, inclusion contents, inclusion elastic constants, and plate thickness on the dispersion relations and modes of wave propagation in inclusion-reinforced composite plates.

The magneto-elastic shear horizontal (SH) modes of wave propagation gets decoupled from rest of the motion here, however it may not be in general possible if the rotation took place in an arbitrary direction.

They have also reported various modes of wave.

Geotechnical engineers of the TU Braunschweig are investigating combined methods for reducing that noise during the installation of an offshore wind farm in the German North Sea [2]. Figure 2 shows a schematic drawing of the different modes of wave propagation during offshore pile driving and details of the instrumentation of the pile.

Accordingly, various methods to identify underground velocity structures have been proposed for three-component station measurements, depending on different assumptions on the origin, e.g., ellipticity of fundamental mode of Rayleigh waves (Fäh et al. 2001), higher modes of surface waves (Arai and Tokimatsu 2004), or SH-wave transfer function (Lin et al. 2014).

The method is general and can be applied to any mode of wave propagation, isotropic or anisotropic linearly elastic material, and any cross-sectional geometry.