Sentence examples for characteristic wave propagation from inspiring English sources

Such visualization is useful not only for educational or outreach purposes but also for capturing characteristic wave propagation.

The approach currently used in the literature to analyze these stability problems, is the method of modal analysis that determines the structure's fastest growing wavelength, which is meaningful only for cases where the velocity of the perfect structure is significantly lower than the associated characteristic wave propagation speeds.

The directional characteristics of wave propagation, as influenced by transmitter frequency and diameter, and by fruit properties, were discussed.

This paper is concerned with the characteristics of wave propagation in double-walled carbon nanotubes (DWCNTs).

Numerical studies also demonstrate that different piezoelectric constants and elastic stiffness affect the characteristics of wave propagation in completely different fashions.

Studying the characteristics of wave propagation and blast-induced damage to rock mass is most important to restrict the damage extension.

Systematic analysis is carried out to demonstrate the characteristics of wave propagation and attenuation in terms of propagation constants as well as the mechanical and electrical responses.

Three classes of examples are presented to illustrate this approach and to investigate the influence of material inhomogeneity on the characteristics of wave propagation pattern and stress redistribution.

Our numerical investigation, which was based on the finite difference method, enabled us to investigate the characteristics of wave propagation in both acoustic and elastic random inhomogeneous media using a variety of source time functions.

Our numerical analyses based on FDM simulations enabled us to investigate the characteristics of wave propagation in both acoustic and elastic random media using a variety of source time functions.

In this article, we study the computational design of multiphase architected materials comprising a stiff phase, a dissipative phase, and void space, with enhanced vibration damping characteristics under wave propagation.