EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES

The paper considers the earthquake in Samos on October 30, 2020 and the subsequent tsunami. Based on the data on both intensity of the earthquake and localization of the epicenter of the earthquake and aftershocks, taking into account the tectonic setting for this region, where active tension and sh...

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Autores principales:	Mazova R.Kh, Kurkin A.A, Giniyatullin A. R., Tyuntyayev C.M.
Formato:	article
Lenguaje:	EN
Publicado:	Tsunami Society International 2021
Materias:	tsunamigenic earthquakes keyboard model tsunami waves numerical simulation Oceanography GC1-1581
Acceso en línea:	https://doaj.org/article/ce58a308fa4c415e801d506d99fbe98f
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id	oai:doaj.org-article:ce58a308fa4c415e801d506d99fbe98f
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spelling	oai:doaj.org-article:ce58a308fa4c415e801d506d99fbe98f2021-11-07T23:59:07ZEARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES8755-6839https://doaj.org/article/ce58a308fa4c415e801d506d99fbe98f2021-10-01T00:00:00Zhttp://www.tsunamisociety.org/403MazovaEtAl.pdfhttps://doaj.org/toc/8755-6839The paper considers the earthquake in Samos on October 30, 2020 and the subsequent tsunami. Based on the data on both intensity of the earthquake and localization of the epicenter of the earthquake and aftershocks, taking into account the tectonic setting for this region, where active tension and shear deformations coexist, two possible sources of the earthquake were considered. Virtual sources have been constructed along the fault zone north of Samos. Using the keyboard model of the earthquake, the optimal kinematic movements of the keyboard blocks in the earthquake source were found, which most adequately describe the generation of the tsunami source and the propagation of tsunami waves to the coastal zone. 3D histograms of the distribution of the maximum wave heights along the coast were constructed and compared with the available field data and data from other authors.Mazova R.KhKurkin A.AGiniyatullin A. R.Tyuntyayev C.M.Tsunami Society Internationalarticletsunamigenic earthquakeskeyboard modeltsunami wavesnumerical simulationOceanographyGC1-1581ENScience of Tsunami Hazards, Vol 40, Iss 3, Pp 178-195 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	tsunamigenic earthquakes keyboard model tsunami waves numerical simulation Oceanography GC1-1581
spellingShingle	tsunamigenic earthquakes keyboard model tsunami waves numerical simulation Oceanography GC1-1581 Mazova R.Kh Kurkin A.A Giniyatullin A. R. Tyuntyayev C.M. EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
description	The paper considers the earthquake in Samos on October 30, 2020 and the subsequent tsunami. Based on the data on both intensity of the earthquake and localization of the epicenter of the earthquake and aftershocks, taking into account the tectonic setting for this region, where active tension and shear deformations coexist, two possible sources of the earthquake were considered. Virtual sources have been constructed along the fault zone north of Samos. Using the keyboard model of the earthquake, the optimal kinematic movements of the keyboard blocks in the earthquake source were found, which most adequately describe the generation of the tsunami source and the propagation of tsunami waves to the coastal zone. 3D histograms of the distribution of the maximum wave heights along the coast were constructed and compared with the available field data and data from other authors.
format	article
author	Mazova R.Kh Kurkin A.A Giniyatullin A. R. Tyuntyayev C.M.
author_facet	Mazova R.Kh Kurkin A.A Giniyatullin A. R. Tyuntyayev C.M.
author_sort	Mazova R.Kh
title	EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
title_short	EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
title_full	EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
title_fullStr	EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
title_full_unstemmed	EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES
title_sort	earthquake of 30 october 2020 in the aegean sea: numerical simulation of the generation and propagation of tsunami waves
publisher	Tsunami Society International
publishDate	2021
url	https://doaj.org/article/ce58a308fa4c415e801d506d99fbe98f
work_keys_str_mv	AT mazovarkh earthquakeof30october2020intheaegeanseanumericalsimulationofthegenerationandpropagationoftsunamiwaves AT kurkinaa earthquakeof30october2020intheaegeanseanumericalsimulationofthegenerationandpropagationoftsunamiwaves AT giniyatullinar earthquakeof30october2020intheaegeanseanumericalsimulationofthegenerationandpropagationoftsunamiwaves AT tyuntyayevcm earthquakeof30october2020intheaegeanseanumericalsimulationofthegenerationandpropagationoftsunamiwaves
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EARTHQUAKE OF 30 OCTOBER 2020 IN THE AEGEAN SEA: NUMERICAL SIMULATION OF THE GENERATION AND PROPAGATION OF TSUNAMI WAVES

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