Keywords: شتاب زمین بالا; SPSW; steel plate shear wall; BRSPSW; buckling-restrained SPSW; VBEs; vertical boundary elements; BR-LYP-SPSW; novel buckling-restrained multi-stiffened LYP SPSW; LYPISPs; LYP infill steel plates; HBEs; horizontal boundary elements; SMSGs; steel multi-sti
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Keywords: شتاب زمین بالا; Fatigue; Operating Basis Earthquake; Peak Ground Acceleration; Safe Shutdown Earthquake; Structure, System, and Components;
Keywords: شتاب زمین بالا; Probabilistic seismic hazard assessment; Seismic zoning map; Peak ground acceleration; Seismic sources; Seismotectonic setting; Seismic regime; Ground motion prediction equations;
Keywords: شتاب زمین بالا; Seismic response analysis; Peak ground acceleration; Next generation attenuation model; Northern Thailand; Tarlay earthquake;
Keywords: شتاب زمین بالا; Seismic site response; Stratigraphic amplification; Peak ground acceleration; Housner intensity; Acceleration record;
Keywords: شتاب زمین بالا; Peak relative velocity; Pseudo spectral velocity; Critical damping; Regression analysis; Energy dissipation devices; Peak ground acceleration;
Keywords: شتاب زمین بالا; Seismic hazard analysis; Peak ground acceleration; Deep geological site surroundings; Kopaonik region; Earthquake-induced snow avalanche prone areas;
Keywords: شتاب زمین بالا; Mass movement; Landslide inventory; Google Earth; Topography; Seismicity; Climate; Air temperature; Sediment yield; AUC; area under the ROC curve; LSD1; landslide dataset based on digitized landslide inventories; LSD2; landslide dataset based on mapped la
Keywords: شتاب زمین بالا; ADRS; Acceleration Displacement Response Spectrum; BDBE; Beyond Design Basis Earthquake; CDP; Concrete Damage Plasticity; CSM; Capacity Spectrum Method; FE; Finite Element; FRS; Floor Response Spectra; IO; Immediate Occupancy; LS; Life Safety; NPP; Nuclea
Keywords: شتاب زمین بالا; ADRS; Acceleration Displacement Response Spectrum; BDBE; Beyond Design Basis Earthquake; CDP; Concrete Damaged Plasticity; CSM; Capacity Spectrum Method; DBE; Design Basis Earthquake; FE; Finite element; FRS; floor response spectra; GEJE; Great East Japan
Keywords: شتاب زمین بالا; Museum artifacts; Rigid body motion; Seismic risk; Failure criteria; Ground motion prediction equations; Near-fault region; α; angle of the rigid block given by the arctan(B/H); ag; peak ground acceleration for ground type A; a¯; ratio of ag to the acce
Keywords: شتاب زمین بالا; Seismic fragility curve; Numerical simulation; Maximum likelihood estimation; Log normal probability law; Peak ground acceleration; Damage state;
Keywords: شتاب زمین بالا; AR; Acceleration response; CFST; Concrete filled steel tube; E1 & E2; Artificial waves for two level design; L-S; Left arch springing; MF; Magnification factor; PFP; Predominant frequency platform; PGA; Peak ground acceleration; R-S; Right arch springing;
Keywords: شتاب زمین بالا; Earthquake; Uplift; Peak ground acceleration; Landslide; Sediment yield; Italy;
Keywords: شتاب زمین بالا; Submarine mass movements; Earthquakes; Cable breaks; Palaeoseismology; Peak ground acceleration; Hazards;
Keywords: شتاب زمین بالا; Peak ground acceleration; Artificial neural networks; Simulated annealing; Explicit formulation
Keywords: شتاب زمین بالا; PGA; Peak Ground Acceleration; NDD; Non-Destructive Damage Detection; CGPA; Global Control Pushover Analysis; FEM; Finite Element Method; SLC; Limit State of Collapse; WSN; Wireless Sensor Network; NM; Numerical Model; GDDM; Global Damage Detection Method
Keywords: شتاب زمین بالا; Bayesian inference; General regression; Model selection; Nonparametric regression; Peak ground acceleration; Seismic attenuation;
Keywords: شتاب زمین بالا; Fragility function; Concrete dam; Earthquake; Uncertainty quantification; Damage; 2D; two-dimensional; 3D; three-dimensional; AD; Anderson-Darling test; AIC; Akaike information criterion; ASCE; American Society of Civil Engineers; ASDSO; Association of St
Keywords: شتاب زمین بالا; Cooling tower; Strong earthquake; Peak ground acceleration; Collapse; Ground vibration;
Lateral deflection of piles in a multilayer soil medium. Case study: The Terengganu seaside platform
Keywords: شتاب زمین بالا; Soil-pile-structure interaction; Offshore structure; Soil profile; Numerical analysis; Pile deflection; BNWF; Beam on non-linear Winkler foundation; FEM; Finite element method; MMD; Malaysian Meteorology Department; NERA; Non-linear response analysis; PGA
Seismic fragility of open ground storey RC frames with wall openings for vulnerability assessment
Keywords: شتاب زمین بالا; βdsi; normalised standard deviation of the natural logarithm of displacement; βeff; effective viscous damping; β0; hysteretic damping; μd; ductility demand; κ; damping modification factor as in ATC 40; 3B-4S; three bay-four storey; ADRS; acceleration
Seismic hazard assessment at micro level in Gandhinagar (the capital of Gujarat, India) considering soil effects
Keywords: شتاب زمین بالا; Seismic hazard; Micro level; Soil modeling; Peak ground acceleration; Peak spectral acceleration;
Application and evaluation of a rapid response earthquake-triggered landslide model to the 25 April 2015 Mw 7.8 Gorkha earthquake, Nepal
Keywords: شتاب زمین بالا; Newmark analysis; Coseismic landslide; Peak ground acceleration; Rock strength;
Evaluation of power substation equipment seismic vulnerability by multivariate fragility analysis: A case study on a 420Â kV circuit breaker
Keywords: شتاب زمین بالا; CB; Circuit Breaker; PGA; Peak Ground Acceleration; PGV; Peak Ground Velocity; DS; Disconnect Switches; CT; Current Transformer; CVT; Capacitor Voltage Transformers; LA; Lighting Arrestor; PTR; Power Transformer; THA; Time History Analysis; Multivariate f
Controlling factors for slope instability in a seismically active region: The NW-Svalbard continental margin
Keywords: شتاب زمین بالا; Multiple slope failures; Age of slide events; Frequent high magnitude seismic events; Triggering mechanism; Peak ground acceleration; Fram Slides Complex;
Earthquake induced liquefaction features in the Karewas of Kashmir Valley North-West Himalayas, India: Implication to paleoseismicity
Keywords: شتاب زمین بالا; Karewas; Paleoliquefaction features; Standard Penetration Test; Paleoearthquake; Energy center; Magnitude; Peak ground acceleration;
Engineering analysis of measured rotational ground motions at GVDA
Keywords: شتاب زمین بالا; Garner valley downhole array; Rotational ground motions; Rocking; Torsion; Peak ground acceleration; Elastic wave theory; Spectra ratio; Strong ground motion; Earthquake
An attempt to reconstruct 2700Â years of seismicity using deep-sea turbidites offshore eastern Taiwan
Keywords: شتاب زمین بالا; Active margin; Offshore eastern Taiwan; Paleoearthquakes; Turbidites; Paleoseismology; Peak ground acceleration; Return time;
Large LOCA accident analysis for AP1000 under earthquake
Keywords: شتاب زمین بالا; Seismic PSA; Uncertainty; Peak ground acceleration; MC simulation; LOCA accident;
Seismically-induced landslides by a low-magnitude earthquake: The Mw 4.7 Ossa De Montiel event (central Spain)
Keywords: شتاب زمین بالا; Landslide; Rock-fall; Earthquake; Peak ground acceleration; Epicentral distance
Submarine paleoseismology of the northern Hikurangi subduction margin of New Zealand as deduced from Turbidite record since 16Â ka
Keywords: شتاب زمین بالا; Active margin; Poverty Bay; Paleoearthquake; Turbidite paleoseismology; Synchronous slope failures; Earthquake hazard assessment; Peak ground acceleration;
Use of Neural network to predict the peak ground accelerations and pseudo spectral accelerations for Mexican Inslab and Interplate Earthquakes
Keywords: شتاب زمین بالا; red neuronal artificial; sismos de subducción; aceleración máxima del terreno; pseudoaceleración; Méxicoartificial neural network; subduction earthquakes; peak ground acceleration; pseudospectral acceleration; Mexico
An equation-discovery approach to earthquake-ground-motion prediction
Keywords: شتاب زمین بالا; Equation discovery; Ground motion prediction equations; Peak ground acceleration; Lagramge
Ground motion characteristics during the 2011 off the Pacific Coast of Tohoku Earthquake
Keywords: شتاب زمین بالا; The 2011 off the Pacific Coast of Tohoku Earthquake; Earthquake; Ground motion; Peak ground acceleration; Pseudo velocity response spectrum; Frequency contents (IGC: A-01; C-00);
Prediction of peak ground acceleration by genetic expression programming and regression: A comparison using likelihood-based measure
Keywords: شتاب زمین بالا; Genetic expression programming; Likelihood estimation; Peak ground acceleration; Attenuation equation; Seismic hazard study
Response spectral attenuation relations for shallow crustal earthquakes in Taiwan
Keywords: شتاب زمین بالا; Attenuation relationship; Crustal earthquakes; Strong ground motion; Peak ground acceleration; Spectral acceleration; Hanging-wall effect
Multi-criteria seismic hazard evaluation for Bangalore city, India
Keywords: شتاب زمین بالا; Seismic microzonation; Peak ground acceleration; Seismic hazard; Site response; Hazard index
The Mw6.3Mw6.3 Ölfus earthquake at 15:45 UTC on 29 May 2008 in South Iceland: ICEARRAY strong-motion recordings
Keywords: شتاب زمین بالا; ICEARRAY; Strong-motion array; Near-fault; Accelerogram; Peak ground acceleration; Response spectrum; Earthquake; Iceland
An overview on the seismic zonation and microzonation studies in India
Keywords: شتاب زمین بالا; seismic hazard; seismic zonation; seismic microzonation; peak ground acceleration; seismic zonation of India; microzonation map of major cities
The historical seismicity and prediction of ground motion in northeast Mexico
Keywords: شتاب زمین بالا; Peak ground acceleration; Seismic scenarios; Basin and range province; Sierra Madre oriental province; Gulf coastal plain; Trans-Pecos region; Rio Grande rift;
Site effect microzonation of Qom, Iran
Keywords: شتاب زمین بالا; Qom; Microzonation; Site effect; Microtremor; Natural period; Dynamic period; Peak ground acceleration; Land-use planning; Seismic risk
A correlation for permanent earthquake-induced deformation of earth embankments
Keywords: شتاب زمین بالا; Earth dam; Embankment; Yield acceleration; Peak ground acceleration; Permanent deformation; Predominant period; Fundamental period
A neural network approach for attenuation relationships: An application using strong ground motion data from Turkey
Keywords: شتاب زمین بالا; Artificial neural network; Peak ground acceleration; Attenuation equation; Regression analysis;
Seismic hazard due to small-magnitude, shallow-source, induced earthquakes in The Netherlands
Keywords: شتاب زمین بالا; Induced seismicity; Small earthquakes; Seismic hazard; Peak Ground Velocity; Peak Ground Acceleration; PSHA; The Netherlands; Gas exploitation
Reply to Discussion by Kayabali on “Attenuation relationship based on Turkish strong motion data and iso-acceleration map of Turkey” by Ulusay et al., Eng. Geol., 37 (2004)
Keywords: شتاب زمین بالا; Attenuation relationship; Earthquake; Iso-acceleration map; Peak ground acceleration; Turkey;
Neural network estimation of ground peak acceleration at stations along Taiwan high-speed rail system
Keywords: شتاب زمین بالا; Taiwan high-speed rail; Neural network estimation; Peak ground acceleration; Building code requirement; Potential hazardous station;
An initial model of seismic microzonation of Sikkim Himalaya through thematic mapping and GIS integration of geological and strong motion features
Keywords: شتاب زمین بالا; Seismic hazard; Site response; Peak ground acceleration; Resonance frequency; GIS integration; Microzonation;
Strong ground motion modelling of causative fault for the 2002 Avaj earthquake, Iran
Keywords: شتاب زمین بالا; Strong ground motion; Causative fault; Avaj earthquake; Rupture plane; Peak ground acceleration; Duration;
Site-specific ground motion simulation and seismic response analysis at the proposed bridge sites within the city of Addis Ababa, Ethiopia
Keywords: شتاب زمین بالا; Ground motion simulation; Site effects; Time histories; Peak ground acceleration; Response spectra; Amplification spectra;