... A cellular material can also be regarded as a periodic material which inherently implies the existence of interesting phenomena associated to its wavepropagation characteristics. First, periodic materials ...
... of wavepropagation through elastic solid media can be used to carry out non-destructive tests (NDT) of ...single wave sometimes reveal the whole nature of the structure being ...
... The propagation environment inside a bus is different from the conventional indoor scenarios, and often this can be attributed to the general construction of the interior of the ...
... The Lattice-Boltzmann method is a relatively new technique which was introduced for solving fluid dynamic problems up to moderate subsonic MACH-numbers. It evolved during the last two decades from the so-called ...
... Elastic wavepropagation in some models consisting of solid and liquid are studied experimentally and numerically and it is confirmed that both two results are agreed ...acoustic wave are also ...
... The propagation of seismic waves shows inelastic characteristics in Earth materials, for example, hydrocarbon reservoirs show high attenuation, which can be caused by the presence of gas accumulations, therefore, ...
... out propagation experiments that allow the channel characterization, the validation of existing channel models and the development of new ...the propagation scenarios either in line-of-sight (LOS) or ...
... (SPP) propagation is far from being a trivial problem, the search for novel plasmonic waveguide configurations, that might present better performance (less losses) is still an open ...SPP propagation, this ...
... In this paper, the authors devised a numerical approach to simulate the process of crack detection in concrete elements using P and S waves based on ultrasound methods. The numerical tool enables the accurate simulation ...
... noise propagation as a perturbation to the ...the propagation of additive noise has been dealt with in the literature (see, ...the wavepropagation analysis of a noisy CW pump in a MI setting ...
... neglects wavepropagation effects and time derivatives in Maxwell’s equations, simplifying the models by avoiding time variations ...square wave train, that is, the stimulus wave changes as a ...
... measuring propagation time of sound waves that propagate through the ...measured. Propagation times of sound waves that propagate between these transducers are measured ...in propagation time are ...
... electromagnetic wavepropagation through them; at higher frequencies, near the infrared and the visible spectrum, field penetration arises, leading to greater dissipation; at ultraviolet frequencies, metals ...
... combustion wavepropagation in cylindri- cal samples were presented in [15–19] where the emergence of different nonstationary and/or multidimensional regimes of flame propagation was ...combustion ...
... different wavepropagation methods used to evaluate the shear wave velocities, V s , computed from Bender Element (BE) analyses during triaxial ...in wavepropagation velocities when ...
... entire propagation model in the near región of circular tunnels, the measurement carried out in a railway runnel in Spain at 900 MHz [1] has been ...two propagation segments. The propagation in the ...
... gravity wave was not local, but long-lived and mesoscale. The propagation of the wave over the exper- imental site had significant effects on the structure of the weakly-stratified nocturnal boundary ...
... calcium propagation is very symmetric at the beginning of the experiment, a large deviation of the mass center, and changes in intensity, might help in this ...
... The resulting preliminary maps are presented in Figure 3.15. Preliminary, the analysis convert- ing the phase shift into electron density map was used, in order to focus the analysis on the plasma. Thus, the absolute ...