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AZERBAIJAN - AZERBAIDJAN ADHERING ORGANIZATION Azerbaijan National Academy of Sciences (ANAS) Istiglaliyyat Str., 10 Baku Contact: G. BABAYEV NATIONAL COMMITTEE President: I. GULIYEV Secretary: G. BABAYEV National Correspondents of the Associations IACS: IAG: F. KADIROV IAGA: E. GULIYEV IAHS: Y. ISRAFILOV IAMAS: IAPSO: R. MAMMEDOV IASPEI: G. YETIRMISHLI IAVCEI: A. ISMAYIL-ZADE BABAYEV Head, Dept. "Seismology & Seismic T: 994 12 5100143 (+254) Assoc. Prof., Dr. Gulam Hazard" F: 994 12 5372285 Secretary General, National Committee Geology & Geophysics Institute, ANAS [email protected] Nationally Accredited Council Delegate Av. H. Javid 119 (2016-2019) AZ 1143 Baku AZERBAIJAN GULIYEV Former Director, Shemakha Astrophysics T: 994 12 497 5268 Prof. Dr. Eyyub Observatory, ANAS T: 994 176 61000 IAGA National Correspondent Y. Mammadaliyev Settlement AZ 5618 Shemakha AZERBAIJAN GULIYEV Director T: 994 12 493 6751 Acad. Prof. Ibrahim Oil & Gas Institute, ANAS F: 994 12 493 6789 President, National Committee F. Amirov Str., 9 [email protected] Nationally Accredited Council Delegate AZ 1000 Baku (2016-2019) AZERBAIJAN ISMAYIL-ZADE Head of Dept. "Petrology and T: 994 12 438 6230 Acad. Prof. Arif Metallogenics" F: 994 12 497 5285 IAVCEI National Correspondent Geology & Geophysics Institute, ANAS [email protected] Av. H. Javid 119 AZ 1143 Baku AZERBAIJAN ISRAFILOV Head, Dept. "Hydrogeology and T: 994 12 510 1164 Dr. Yusif Engineering geology" F: 994 12 497 5285 IAHS National Correspondent Geology & Geophysics Institute, ANAS [email protected] Av. H. Javid 119 [email protected] AZ 1143 Baku AZERBAIJAN KADIROV Head, Dept. "Modern geodynamics & T: 994 12 439 2193 Acad. Prof., Dr. Fakhraddin space geodesy" F: 994 12 497 5283 IAG National Correspondent Geology & Geophysics Institute, ANAS [email protected] Av. H. Javid 119 AZ 1143 Baku AZERBAIJAN MAMMEDOV Director T: 994 12 439 3541 Acad. Prof. Dr. Ramiz Institute of Geography, ANAS F: 994 12 439 3541 IAPSO National Correspondent Ave. H. Javid 31 [email protected] AZ 1143 Baku AZERBAIJAN YETIRMISHLI Director of Republic Seismological T: 994 12 492 3437 Corr.-Member of ANAS, Dr. Gurban Service at ANAS F: 994 12 492 1455 IASPEI National Correspondent Nigar Rafibeyli Str., 9 [email protected] AZ 1001 Baku AZERBAIJAN .

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Earthquake Hazard Study in Azerbaijan on the Basis of Stress and Strain State Distribution Using CASMO Model and Topography-Induced Elements
Geophysical Research Abstracts Vol. 21, EGU2019-3551-1, 2019 EGU General Assembly 2019 © Author(s) 2019. CC Attribution 4.0 license. Earthquake hazard study in Azerbaijan on the basis of stress and strain state distribution using CASMO model and topography-induced elements Gulam Babayev (1), Elnara Akhmedova (2), and Fakhraddin Kadirov (Gadirov) (1) (1) Geology and Geophysics Institute, Azerbaijan National Academy of Sciences, Baku, Azerbaijan ([email protected]), (2) Baku State University, Ministry of Education, Baku, Azerbaijan ([email protected]) Seismicity is the severest stress-induced geohazard in the Caucasian area. The risk resulting from this geohazard is substantial. Earthquakes result from stress concentrations at zones of weakness. Besides, the influence of topography anomaly on the stress-strain state of the lithosphere is essential. One approach to advance the level of hazard assessment is to perform geodynamic models to compute stress concentrations within the crust. In line with studying the stress and strain state using CASMO model, this study also concentrates on a specific aspect of the contemporary tectonic stressof the Caucasus lithosphere (Azerbaijan), the component that is caused by topography, which itself is an expression of density distribution and processes at depth as well as on the surface. In the paper, stress-strain state was studied by the finite element method with the application of software packages HypermeshTM and AbaqusTM. Based on the plotted models of stress-strain state of lithosphere, the orientations and localization of the horizontal stress axes at the various lithosphere depths were determined. The correlation of those stress axes was done with the stress map plotted on the basis of focal mechanism solutions of the earthquake occurred in Azerbaijan within the period of 1990-2016 years with the application of CASMO (“World Stress Map”) technique.
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