Sentence examples for maximum vertical velocity from inspiring English sources

The maximum vertical velocity exceeds 80 m/s and is attained at frequencies close to 0.8 ω b (Figure 2c).

Table 4 summarizes the maximum vertical velocity values at mid-height and at mid-width for different Rayleigh numbers.

In this relation, M was derived from the relation of Watanabe (1971) using maximum vertical velocity amplitudes and A s (m2/s) was estimated from vertical velocity envelopes corrected for geometrical spreading and medium attenuation in the 5 10-Hz frequency band (see below).

Results show that, compared with the perfect beams, the pre-cracked RC beams present themselves with an increase in the maximum deflection of mid-span, the maximum vertical velocity of mid-span node, effective stresses of concrete in compressive zone of the pre-cracked RC beam, and axial stresses of longitudinal reinforcement in tensile zone of the pre-cracked RC beam.

Maximum gas-phase vertical velocity and maximum solid-phase particles volume flux moved further away from the hopper.

The local maxima of the vertical velocity were defined as the beginning of a step.

The local magnitude (ML) was determined from the maximum amplitude of the vertical velocity seismogram (Watanabe, 1971).

Fig. 4 a RMS amplitudes normalized by maximum value of the vertical velocity v Z of the ground surface movement (solid red for Taivan, dashed red for the Czech Republic) and of the observed Doppler shifts (solid blue for Taiwan, dashed blue for the Czech Republic) for the signals displayed in Fig. 2.

The maximum perturbations in the longitudinal and vertical velocity variances were observed at the height of the hill (z/h=1), corresponding to the separated recirculating flow on the lee slope of the hill, while the maximum in the lateral velocity variance appeared at the height of z/h=0.125 beyond the hill, corresponding to the low-frequency motion in the wall layer.

Therefore, at one end of a circular secondary cell dip occurs, whereas on the other end vertical velocity (v > 0) and maximum velocity appear at the free surface.

In the first three Figures, 1(a) (horizontal velocity), (b) (vertical velocity), and (c) (pressure) show the real part of maximum eigenvalue of B when the solutions are varied.