A novel spatial correlation model based on anisotropy of earthquake ground‐motion intensity

QR Code

A novel spatial correlation model based on anisotropy of earthquake ground‐motion intensity

Bibliographic Details
Main Author:	Garakaninezhad, Alireza (autora)
Other Authors:	Bastami, Morteza (autora)
Format:	Article
Language:	English
Subjects:	TERREMOTOS SISMOLOGÍA intensidad
Online Access:	https://pubs-geoscienceworld-org.una.idm.oclc.org/ssa/bssa/article-standard/107/6/2809/519321/a-novel-spatial-correlation-model-based-on

Similar Items

The Intensity of Ground Motions from Induced Earthquakes with Implications for Damage Potential
by: Atkinson, Gail M.,

Broadband strong ground motion simulations of large subduction earthquakes
by: Skarlatoudis, Andreas,

Validation of simulated earthquake ground motions based on evolution of intensity and frequency content
by: Rezaeian, Sanaz,

Estimation of response spectra of earthquake ground motion based on an attenuation equation with detailed analysis of source and site effects
by: Oji, Shusuke,

New Methodology for Unbiased Ground-Motion Intensity Conversion Equations
by: Gallahue, Molly,

Near-real-time ground-motion updating for earthquake shaking prediction
by: De Matteis, Raffaella,

Generic source parameter determination and ground motion prediction for earthquake early warning
by: Lior, Itzhak,

Ground-motion prediction models for Airas intensity and cumulative absolute velocity for Japanese Earthquakes considering single station sigma and sithin-event spatial correlation
by: Foulser-Piggott, Roxane,

Relations between some horizontal-component ground-motion intensity measures used in practice
by: Boore, David M.,

Using simulated ground motions to constrain near‐source ground‐motion prediction equations in areas experiencing induced seismicity
by: Bydlon, Samuel A.,

Assesing the applicability of ground-motion models for induced seismicity application in Central and Eastern North America
by: Farhadi, Ali,

Modeling strong-motion recordings of the 2010 Mw 8.8. Maule, Chile, earthquake with high stress-drop subevents and back ground slip
by: Frankel, Arthur,

Simulation of earthquake ground motions in the Eastern United States using deterministic physics-based and site-based stochastic approaches
by: Rezaeian, Sanaz,

Detection and location of low-frequency earthquakes using cross-station correlation
by: Savard, Geneviève,

A method to generate initial fault stresses for physics-based ground-motion prediction consistent with regional seismicity
by: Oral, Elif,

Ground-motion prediction equation for the chilean subduction zone
by: Montalva, Gonzalo A.,

Uncertainty, variability, and earthquake physics in ground‐motion prediction equations
by: Baltay, A. S.,

Earthquake prediction
by: Rikitake, Tsuneji
Published: (1976)

Smooth crustal velocity models cause a depletion of high-frecuency ground motions on soil in 2D dynamic rupture simulations
by: Huang, Yihe,

The mechanics of earthquakes and faulting /
by: Scholz, Christopher H.
Published: (2002)

An equivalent point-source model for stochastic simulation of Earthquake ground motions in California
by: Yenier, Emrah,

Earthquakes induced by hidraulic fracturing in Poland Township, Ohio
by: Skoumal, Robert J.,

Systemic comparison of seismometer horizontal orientations based on teleseismic earthquakes and ambient‐noise data
by: Xu, Hongrui,

What is fling step? Its theory, simulation method, and applications to strong ground motion near surface fault ruptures
by: Hisada, Yoshiaki,

Ground-motion model (GMM) for crustal earthquakes in Northern South America (NoSAm Crustal GMM)
by: Arteta, Carlos A.,

Damage potential of earthquake ground motions recorded in southern Central America
by: Santana, Guillermo

An advanced estimation algorithm for ground-motion : models with spatial correlation. /
by: Ming, Deyu,

Earthquake ground effects and intensity of the 16 April 2016 Mw 7.8 Pedernales, Ecuador, Earthquake : implications for the source characterization of large subduction Earthquakes /
by: Chunga, Kervin,

Insights from California vertical arrays on the effectiveness of ground response analysis with alternative damping models
by: Afshari, Kioumars,

Types and areal distribution of ground failure associated with the 2019 Ridgecrest, California, earthquake sequence
by: Jibson, Randall W.,

Frequency-scaled curvature as a proxy for topographic site-effect amplification and ground-motion variability
by: Maufroy, Emeline,

Generalized earthquake counting processes for sequence-based hazard
by: Iervolino, Iunio,

Probabilistic seismic‐hazard analysis including earthquake Clusters
by: Yaghmaei‐Sabegh, Saman,

Moment magnitude estimates for earthquakes in the Greek Region : a comprehensive comparison /
by: Konstantinou, K. I.,

The practice of earthquake hazard assessment /
Published: (1993)

Effect of style of faulting on the orientation of maximum horizontal earthquake response spectra
by: Poulos, Alan,

An introduction to seismology, earthquakes, and earth structure /
by: Stein, Seth
Published: (2003)

Magnitude limits of subduction zone earthquakes
by: Rong, Yufang,

Atenuación sísmica en Costa Rica a partir de intensidades y Coda Q /
by: Porras Loría, Juan Luis 1989-
Published: (2017)

Ensembles of ETAS models provide optimal operational earthquake forecasting during swarms : insights from the 2015 San Ramon, California Swarm /
by: Llenos, Andrea L.,