Probabilistic sensitivity analysis of suspension bridges to near-fault ground motion
The sensitivities of a structural response due to variation of its design parameters are prerequisite in the majority of the algorithms used for fundamental problems in engineering as system uncertainties, identification and probabilistic assessments etc.
Cavdar, Ozlem
core +1 more source
Report No. CCEER-09-01Until recently, seismic design codes were generally based on research addressing far-field earthquake characteristics. As more near-fault ground motions have been recorded, it has been realized that special considerations may be ...
Brown, Austin, Saiidi, Mehdi S.
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A Study on the Sloshing Problem of Vertical Storage Tanks under the Action of Near-Fault Earthquakes
In this study, through a vibration table test, finite element simulation, and research on the rationality of the wave-height fortification of national storage tank specifications, the sloshing response of vertical storage tanks under the action of near ...
Lijian Zhou +3 more
doaj +1 more source
Objective Systemic lupus erythematosus (SLE) significantly impacts employment capacity. This study aimed to investigate the impact of burden of disease activity, damage, and treatment on employment outcomes and transitions in patients with SLE. Methods Using data from a single center, we analyzed employment transitions, adjusted mean disease activity ...
Javier Mencia‐Ledo +4 more
wiley +1 more source
Determination of Site amplification in the Campania-Lucania Region (southern Italy) by comparison of different Site-Response Estimation Techniques [PDF]
We have applied a non-linear inversion technique to estimate both the earthquake source parameters and site response from a set of microearthquake records acquired by a dense seismic network, in order to provide a simple uniform site classification for ...
Cantore, Luciana
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Enhancing Near-Fault Ground Motion Recognition Through ICEEMDAN Technology
Near-fault ground motion represents an exceptionally hazardous seismic activity characterized by high-energy velocity pulses. These pulses rapidly input a substantial amount of seismic energy into structures, causing significant damage in a very short ...
Zhen LIU, Junlin LU, Xingliang MA
doaj
dynoGP: Deep Gaussian Processes for Dynamic System Identification
This work introduces a novel class of deep models for system identification, dynamical deep Gaussian processes, which combine the strengths of data‐driven methods, such as those based on neural network architectures, with the ability to output a probability distribution for uncertainty representation.
Alessio Benavoli +3 more
wiley +1 more source
Investigation of Near-Fault Ground Motion Effects on Substandard Bridge Columns and Bents
Until recently, seismic design codes were generally based on research addressing far-field earthquake characteristics. As more near-fault ground motions have been recorded, it has been realized that special considerations may be needed for structures ...
Brown, Austin
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Current motion on faults of the San Andreas system in central California inferred from recent GPS and terrestrial survey measurements [PDF]
The San Andreas fault system of California comprises dominantly right-lateral strike-slip faults and forms part of the Pacific-North American plate boundary. This fault system has been studied extensively using geological and geophysical methods since it
Williams, Simon D.P.
core
Estimation of Near-Fault Strong Ground-Motion
Estimation du mouvement fort en champ proche Les données accumulées sur les mouvements du sol apportent des connaissances très importantes sur les processus de rupture des séismes, les caractéristiques du milieu de propagation, la relation entre le mouvement du sol et les dommages des structures...
openaire +2 more sources

