There is little discrepancy between velocities of fibre particle and spherical particle.
There are however some discrepancies concerning velocity fluctuations in the impeller area.
Reasonable agreement was obtained for mean velocity data, with some discrepancies due to the limited length of the inlet tube.
Some uncertainties in velocity structures cause greater discrepancies in the forward synthetic waveforms compared to the observations in several areas.
The damage detection, proposed in this paper, exploits the wave propagation phenomena (P, S, Rayleigh and guided wave velocities) by identifying discrepancies, due to damage presence, in the dynamic behaviour of the structure.
For the velocity data, we estimate the discrepancy this hypothesis implies with respect to the theoretical P-wave velocity formulation for transverse isotropic media, with generalization for orthorhombic media.
In two instances, both involving the CS velocity profiles, there was a discrepancy between target motion and eye velocity in the sense that eye velocity decayed to zero while target motion increased.
The presence of trailing vortices and associated steep velocity gradients is responsible for discrepancies observed between measurements and computational fluid dynamics (CFD) predictions of turbulence quantities near the impeller blades.
The study counters alternative theories of gravity that have arisen to explain discrepancies in the velocity of galaxy rotation.
Because the surface wave is excited by the trapping of the body wave energy in a low-velocity surface structure, the abovementioned discrepancy is most probably the result of inexact modeling of the impedance contrast at the sediment-bedrock interface.
