(1982). “ARMA models for earthquake ground motions,” Earthq. Engrg. Struc. Dyn., 10, pp. 651–662.Chang MK, Kwiatkowski JW, Nau RF, Oliver RM, Pister KS (2006) ARMA models for earthquake ground motions. Earthq Eng Struct Dyn 10(5):651–662 View Article...
Universityof,Berkeley - Research report ORC 79-1 : ARMA models for earthquake ground motions,January 1979 被引量: 16发表: 1979年 841079 ARMA models for earthquake ground motions : Chang, M K; Kwiatkowski, J W; Nau, R F; Oliver, R M; Pister, K S Earthq Engng Struct Dynam V10, N5,...
The acceleration record of an earthquake ground motion is a nonstationary process with both amplitude and frequency content varying in time. The paper presents a general procedure for the analysis and simulation of strong earthquake ground motions based on parametric ARMA models. Structural design ...
ARMA models for earthquake ground motions. Report ORC 79-1, Operations Research Center, University of California, Berkeley.Chang M K,Kwiatkowski J W,NauRF,etal.ARMA Models for Earthquake Ground Motions[R].Univ.of Calif.Tech.Report ORC79-1,Operations Research Center,Berkeley,CA,1979....
(1981). “Simulation of Earthquake Ground Motions Using ARMA Models,” Earthquake Engineering and Structural Dynamics , Vol. 9, No. 4, pp. 343–354.Polhemus N W,Cakmak A S.Simulation on earthquake ground motions using autoregressive moving average (ARMA) models [J].EESD ,1981,9 (4):343...
The acceleration record of an earthquake ground motion is a nonstationary process with both amplitude and frequency content varying in time. The paper presents a general procedure for the analysis and simulation of strong earthquake ground motions based on parametric ARMA models. Structural design ...
This paper deals with the use of ARMA models in earthquake engineering. The time-varying auto regressive moving average (ARMA) process is used as a simple yet efficient method for simulating earthquake ground motions. This model is capable of reproducing the nonstationary amplitude as well as the...
841079 ARMA models for earthquake ground motions : Chang, M K; Kwiatkowski, J W; Nau, R F; Oliver, R M; Pister, K S Earthq Engng Struct Dynam V10, N5, Sept–Oct 1982, P651–662doi:10.1016/0148-9062(84)90088-3NoneELSEVIER
This paper is concerned with modelling and simulation of near-source earthquake ground motion. Recent studies have revealed that these motions show heavy non-stationary behaviour with very low frequencies dominating parts of the earthquake sequence. Modeling and simulation of this behaviour is of ...