ARMA models for earthquake ground motions: seismic safety margins research program
Mark K. Chang, U.S. Nuclear Regulatory Commission. Office of Nuclear Regulatory Research, Lawrence Livermore Laboratory
The Commission, 1981 - Nature - 90 pages
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0REE 2nd-order A.K. Chopra acceleration data ARMA models ARMA parameter autocorrelation function autoregressive parameters Box-Jenkins California Institute Centro Chapter characteristic autoregressive roots CM CM CM CM rH component Computer Program correlated corresponding damping coefficient damping factors dashpot differential equation digitized discrete and continuous discrete models Dynamic E.P. Popov Earthquake Analysis Earthquake Engineering earthquake ground motions earthquake records EERC EERL factor FIGURE fitted by ARMA forcing functions frequencies and damping G.H. Powell H.B. Seed Hysteretic J.G. Bouwkamp linear oscillator Lysmer Models for Earthquake moving average parameters moving-average parameter natural frequency nonlinear nonstationary Nuclear Regulatory Commission oscillator oxxxxx parameter estimates Penzien R.W. Clough random process Reinforced Concrete residuals Response Spectrum rH CM rH rH sample San Fernando earthquake segment simulating earthquake Soil Liquefaction spectral stationary Statistical Stochastic structural response techniques time-varying Trifunac V.V. Bertero variance white noise white noise input