Abstract
Measure the test points of the natural frequencies, the Fourier amplitude spectrum, power spectrum and other parameters by enter different types and frequencies of seismic waves and the stimulation of white noise in the pile shaking table test and seismic wave propagation in the model pipe. Analysis of the transfer law of seismic waves in the pipe pile-pile cap-superstructure lead to the dynamic characteristics result of the test point. Besides, the thesis studies the dynamic characteristics and dynamic response of the pipe pile-pile cap-superstructure under the action of earthquake and the propagation law of seismic waves in the system of the pipe pile-pile cap-superstructure.
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