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A New Proxy for Near-Fault Acceleration Pulses and Implications on Inelastic Displacement Ratio
This study develops new equations for predicting the constant-strength inelastic displacement ratio (C R) by considering nonlinear single-degree-of-freedom systems subjected to near-fault ground motions. To this aim, an energy-based parameter, the MEA/MEV ratio, is firstly considered for characterizing the properties of pulse-like records. “MEA” and “MEV” represent the Maximum Energy of the half-cycle pulse in Acceleration and Velocity time histories, respectively. The effects of the MEA/MEV ratio on the C R spectra are investigated in terms of elastic-perfectly plastic hysteretic behavior. Finally, a simplified equation for estimating the C R spectra is developed, and its accuracy is evaluated by calculating the error measures.
A New Proxy for Near-Fault Acceleration Pulses and Implications on Inelastic Displacement Ratio
This study develops new equations for predicting the constant-strength inelastic displacement ratio (C R) by considering nonlinear single-degree-of-freedom systems subjected to near-fault ground motions. To this aim, an energy-based parameter, the MEA/MEV ratio, is firstly considered for characterizing the properties of pulse-like records. “MEA” and “MEV” represent the Maximum Energy of the half-cycle pulse in Acceleration and Velocity time histories, respectively. The effects of the MEA/MEV ratio on the C R spectra are investigated in terms of elastic-perfectly plastic hysteretic behavior. Finally, a simplified equation for estimating the C R spectra is developed, and its accuracy is evaluated by calculating the error measures.
A New Proxy for Near-Fault Acceleration Pulses and Implications on Inelastic Displacement Ratio
Chang, Zhiwang (Autor:in) / De Luca, Flavia (Autor:in) / Goda, Katsuichiro (Autor:in)
Journal of Earthquake Engineering ; 27 ; 3992-4004
26.10.2023
13 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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