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A platform for research: civil engineering, architecture and urbanism
Performance of an earthquake motion simulator for a small geotechnical centrifuge
An electrohydraulic servocontrolled slip table system for earthquake motion simulation in a 15 g-ton geotechnical centrifuge is in operation at the University of Colorado. The performance of the system is illustrated here by measures of the slip table system response for a specific operating condition and by results from a model embankment experiment. It is shown that reasonable simulations of specific prototype-horizontal earthquake motions can be achieved using a signal correction technique which incorporates a measure of the system frequency response.
Performance of an earthquake motion simulator for a small geotechnical centrifuge
An electrohydraulic servocontrolled slip table system for earthquake motion simulation in a 15 g-ton geotechnical centrifuge is in operation at the University of Colorado. The performance of the system is illustrated here by measures of the slip table system response for a specific operating condition and by results from a model embankment experiment. It is shown that reasonable simulations of specific prototype-horizontal earthquake motions can be achieved using a signal correction technique which incorporates a measure of the system frequency response.
Performance of an earthquake motion simulator for a small geotechnical centrifuge
Einsatz eines Erdbebensimulators in einer kleinen gentechnischen Zentrifuge
Ketcham, S.A. (author) / Ko, Hon-Yim (author) / Sture, S. (author)
1991
8 Seiten, 11 Bilder
Conference paper
English
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