Sentence examples for maximum hydrodynamic pressure from inspiring English sources
When PGA is 0.1g, the maximum hydrodynamic pressure along the water depth has the same distribution rules.
Analysis of the fluctuation process of hydrodynamic pressure and the distribution of the maximum hydrodynamic pressure along the depth found that the water did not show resonance under action of Wolong wave (2.35 Hz) and sinusoidal waves (2 6 Hz).
In the condition of 35 cm water depth, the distribution of the maximum hydrodynamic pressure with different frequencies along the water depth under different PGAs of 0.1g, 0.2g, 0.3g was analyzed, as shown in Fig. 12.
As observed in Fig. 14, the maximum hydrodynamic pressures along the water depth are increased from top to the bottom, and it is also found that the ratio of maximum hydrodynamic pressure to total hydrostatic pressure approximately grows from 5%to25%5%, increasing monotonously with seismic acceleration.
It is found that progressive corrosion has significant effects on the tank fundamental period and its associated mode shape of vibration as well as the magnitude and location of the maximum hydrodynamic pressure and that as design provisions should cover the service life of the tank, the errors associated with the current code provisions for design of such tanks cannot be ignored.
Open image in new window Fig. 12 Distribution of the maximum hydrodynamic pressures with different frequencies.
For further analysis, the maximum hydrodynamic pressures generated at different heights are shown in Fig. 14.
Further, the maximum hydrodynamic pressures under action of different waves were analyzed.
The maximum hydrodynamic pressures calculated by Westergaard's equation are compared with the experimental values under different waves.
And the maximum hydrodynamic pressures were independent of the input seismic excitation frequencies, but have a positive correlation with PGAs. 2.
Open image in new window Fig. 13 Fluctuation of hydrodynamic pressure due to Wolong wave (0.2g) Open image in new window Fig. 14 Comparison of the maximum hydrodynamic pressures.
