For the RP and NP sets, one parameter systematically performs better than the others to explain the amplification factor, the velocity contrast (C_{v}) (Fig. 13a).
As expected from previous results, one parameter performs almost systematically better than the others to explain the amplification factors, the velocity contrast (C_{v}).
The vibration behavior of these sensors was studied using a simplified analytical approach to obtain the longitudinal vibration mode on the basis of the resonant frequency and the amplification coefficient of velocity at the sensor ends.
Also the effects of variation of parameters like wall friction angle, soil friction angle, amplification factor, shear wave velocity, primary wave velocity, period of lateral shaking, horizontal and vertical seismic accelerations on the rotational displacements are studied.
Effects of parameters like soil friction angle, horizontal and vertical seismic accelerations, shear and primary wave velocities, amplification factors for seismic acceleration on the component and system probability of failures in relation to tension and pullout capacities of reinforcement have been discussed.
The geometry causes amplification in oscillating fluid velocity within the channel at the Helmholtz frequency.
Comparing predicted velocity profile amplification with that of a steady flow impinging jet, similar results were found despite the simplifications made in the impinging jet model.
Contour maps of amplification factor, streamwise perturbation velocity and Reynolds stresses are constructed, providing insight into optimal placement of structures within such topographical features.
On the other hand, in many GMPEs, where the variable to be predicted is the peak ground acceleration or peak ground velocity, site amplification effects are corrected by a scalar value (e.g., Midorikawa 2009).
We also simulated the impact of age-related arterial stiffening on wave propagation phenomena by progressively increasing the stiffness of the central arteries and found that the predicted effects on pressure amplification and pulse wave velocity are in agreement with findings in the clinical literature.
