EŞDEĞER DOĞRUSAL VE DOĞRUSAL OLMAYAN YAKLAŞIMLARA GÖRE SİSMİK YÜK ETKİSİNDEKİ ZEMİNLERDE DAVRANIŞ ANALİZİ by Ebru CİVELEKLER, Kamil B. AFACAN, D. Volkan OKUR

“…Utilizing 6 well defined boring logs, one dimensional equivalent linear and nonlinear analyzes were conducted using 11 strong ground motion that were scaled to the seismic code. …”
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Coseismic changes in subsurface structure associated with the 2018 Hokkaido Eastern Iburi Earthquake detected using autocorrelation analysis of ambient seismic noise by Hiroki Ikeda, Ryota Takagi

“…We compared parameters indicating strong ground motion and showed the possibility of correlations with peak dynamic strain and seismic velocity reduction. …”
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Refined Analysis of Fatigue Crack Initiation Life of Beam-to-Column Welded Connections of Steel Frame under Strong Earthquake by Weilian Qu, Ernian Zhao, Qiang Zhou

“…It is found that the welded zone is subjected to multiaxial nonproportional loading during strong ground motion and the elastoplastic stress-strain field of the welded zone is three-dimensional. …”
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Study on Strong Earthquake Failure of Single-Layer Spherical Reticulated Shell Structures with Central Suspended Equipment by Wenliang Li, Xudong Zhi

“…Based on the plastic degree development analysis of the structures under strong ground motion, the paper analyses the failure mechanism of the reticulated shell structures with central suspended equipment and summarizes two typical failure modes. …”
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Effects of innovative reinforced concrete slit shaft configuration on seismic performance of elevated water tanks by Filip Gurkalo, Chaofan He, Konstantinos Poutos, Na He

“…Abstract Elevated water tanks are considered crucial infrastructure due to their significant role in supporting essential services. A strong ground motion may result in a failure or significant damage to a reinforced concrete shaft of an elevated water tank because hysteric energy dissipation is limited to the formation of plastic hinges at the base of the shaft, while the nonlinear properties of the rest of the shaft remain underutilised. …”
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A performance based approach for seismic design with hysteretic dampers by Keten, Sinan

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The damaging November 2022 Mw 5.6 earthquake in West Java, Indonesia by Yun, S., Salman, R., Gunawan, Hendra, Widiwijayanti, C., Way, L., Hidayat, Dannie, Lythgoe, Karen, Yukuan, Chen, Feng, L., Wei, Shengji, Taisne, Benoit, Ainscoe, E., Chin, S.

“…We combine and analyze ground observations, coseismic deformation and surface disturbance maps derived from ALOS-2 and Sentinel-1 SAR data, seismic waveforms of the mainshock and aftershocks, high-rate GNSS data, and tiltmeter data to characterize the source parameters of the earthquake and damage caused by the strong ground motion, landslides, and liquefaction, and study the potential impact of the event on the geohazards of the area.…”
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Robust features of the source process for the 2004 Parkfield, California, earthquake from strong-motion seismograms by Twardzik, C, Madariaga, R, Das, S, Custódio, S

“…We invert near-field strong ground motion for the 2004 September 28 M w 6.0 Parkfield, California, earthquake. …”

Stochastic Generation of Peak Ground Accelerations Based on Single Seismic Event Data for Safety Assessment of Structures by Jihoon Seok, Jeeho Lee

“…The Korean Peninsula, characterized by low-to-moderate seismicity, faces a shortage of strong ground motion records, posing challenges for the seismic safety assessment of critical infrastructures. …”
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Numerical study on failure process and ultimate state of steel bearing under combined load by Hagere Alemayehu Gibe, Hiroki Tamai, Yoshimi Sonoda

“…The limit state and deformation performance of steel bearing under seismic load is one of the most critical points to consider the effective or rational design of bridge against strong ground motion. In the 2016 Kumamoto earthquake, various bridges are damaged by the earthquake. …”
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Investigation of Sediment in the reservoir on Seismic Damage of Concrete Gravity Dam in the Near-Fault and Far-Fault Ground Motions by Farhoud Kalateh, Amir Gamatlo

“…The Shafaroud gravity dam, which is selected as a numerical application, is subjected to a set of as-recorded near-fault and far-fault strong ground motion records and three different level of sediment are assumed. …”
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Development of an Earthquake Early Warning System Using Real-Time Strong Motion Signals by Hiroo Kanamori, Yih-Min Wu

“…Earthquake Early Warning (EEW) can be a useful tool for reducing earthquakehazards, if the spatial relation between cities and earthquake sources is favorable for suchwarning and their citizens are properly trained to respond to earthquake warning messages.An EEW system forewarns an urban area of forthcoming strong shaking, normally with afew sec to a few tens of sec of warning time, i.e., before the arrival of the destructive Swavepart of the strong ground motion. Even a few second of advanced warning time willbe useful for pre-programmed emergency measures for various critical facilities, such asrapid-transit vehicles and high-speed trains to avoid potential derailment; it will be alsouseful for orderly shutoff of gas pipelines to minimize fire hazards, controlled shutdown ofhigh-technological manufacturing operations to reduce potential losses, and safe-guardingof computer facilities to avoid loss of vital databases. …”
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The 3-D shallow velocity structure and sedimentary structure of 2017 Ms6.6 Jinghe earthquake source area derived from dense array observations of ambient noise by Ming Zhou, Xiaofeng Tian, Zhuoxin Yang, Qiaoxia Liu, Zhanyong Gao

“…The results have provided a shallow high-resolution 3D velocity model that can be used in the simulation of strong ground motion and for evaluating potential seismic hazards.…”
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Dynamic Rupture Process of the 2023 Mw 7.8 Kahramanmaraş Earthquake (SE Türkiye): Variable Rupture Speed and Implications for Seismic Hazard by Zijia Wang, Wenqiang Zhang, Tuncay Taymaz, Zhongqiu He, Tianhong Xu, Zhenguo Zhang

“…Due to the complexity of fault geometry, the rupture speed along the southeastern segment of the EAF varied repeatedly between supershear and subshear, which contributed to the unexpectedly strong ground motion. Furthermore, the triggering of the EAF reminds us to be aware of the risk of seismic gaps on major faults being triggered by secondary faults, which is crucial to prevent significant disasters.…”
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Dynamic Influence of Near-Source Seismic Ground Motion on Underground Mine Working Stability Using Time-Frequency Analysis by Adam Lurka, Grzegorz Mutke, Piotr Małkowski

“…In order to properly analyze the velocity amplitudes of strong ground motions generated from seismic sources, time-frequency properties of near-source seismic signals in underground mines should be quantified. …”
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The Impact of Earthquakes on Public Health: A Narrative Review of Infectious Diseases in the Post-Disaster Period Aiming to Disaster Risk Reduction by Maria Mavrouli, Spyridon Mavroulis, Efthymios Lekkas, Athanassios Tsakris

“…Related disasters are attributed not only to the strong ground motion and coseismic phenomena but also to secondary effects, comprising mainly landslides and tsunamis, among others. …”
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Rupture process of the 2018 Hokkaido Eastern Iburi earthquake derived from strong motion and geodetic data by Hiroaki Kobayashi, Kazuki Koketsu, Hiroe Miyake

“…An additional inversion with only the major fault plane showed that the strong ground motion near the source was mainly generated from the major fault plane. …”
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Strong motion PGA prediction for southwestern China from small earthquake records by Z. Tao, X. Tao, A. Cui

“…For regions without enough strong ground motion records, a seismology-based method is adopted to predict motion PGA (peak ground acceleration) values on rock sites with parameters from small earthquake data, recorded by regional broadband digital monitoring networks. …”
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Ground motion observation of Sabah earthquakes on the use of Next Generation Attenuation (NGA) Ground-Motion Models by Putra Jaya, Ramadhansyah, Harith, N S H, M. I., Adiyanto, N I, Ramli

“…For low-seismicity areas, however, the available database of strong ground motion measurements is limited, with determination of an appropriate GMPE been a rather difficult task. …”
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Ground motion prediction equation for NW Himalaya and its surrounding region by Vandana, Harendra K. Dadhich, Himanshu Mittal, O.P. Mishra

“…The proposed attenuation relationship is.Log10 PGA = 1.889 + 0.3996 × M - 0.95736 log10 (HD + exp (0.4114 × M)) ± 0.3646Where, PGA is peak horizontal acceleration in gal of strong ground motion, M is the magnitude, and HD is the hypocentral distance from the source. …”
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