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Exact(6)
Maximum acceleration was reduced to 100 g.
The maximum acceleration was set to 2 G to simulate a strong earthquake.
Since the concrete outerpack is not stiff as the previous model, this reduction of the maximum acceleration was expected.
In this study, the maximum acceleration was set to 2 G (= 1,960 gal) to simulate a strong earthquake.
This apparently shows that failure of the slope toe occurred before the maximum acceleration was reached, and that failure was strongly induced by pore water pressure increase.
Finally, the differences found between groups for the resultant vector values for the three accelerations show (P < 0.01) in the maximum, acceleration was 8.13 m/s; in the minimum, acceleration was 0.78 m/s; and in the resultant vector mean, acceleration was 3.08 m/s.
Similar(54)
The maximum speed is 80 km/h during acceleration and the maximum acceleration is 1 m/s2.
The maximum acceleration is 1 g and the maximum displacement is 5 cm.
In the case study, a predictor of the permitted maximum acceleration is calculated.
The maximum acceleration is 1220 Gal recorded at station FKSH10 during the Tohoku main shock.
Maximum acceleration is limited with the shaker, larger power values are expected in actual operation.
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