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Seasonal stress inversion trends and Coulomb stress changes of RTS in Song Tranh2 reservoir, Vietnam
2022<p>The Song Tranh 2 hydropower construction is located in the Quang Nam province (central Vietnam), it has a reservoir volume of 740 million cubic meters of water and a dam height of 96 m. The reservoir was filled to capacity for the first time in February 2011. The seismicity in the vicinity of reservoir is example of reservoir triggered
Izabela Nowaczyńska, Grzegorz Lizurek
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2022
<p>Sufficient shreds of evidence have proved the existence of the remote triggering effect of large earthquakes. To understand its mechanism, it is necessary to conduct detailed investigations on the influence of the far-field dynamic stress changes on the stress state of faults.
Fuzhen Li +4 more
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<p>Sufficient shreds of evidence have proved the existence of the remote triggering effect of large earthquakes. To understand its mechanism, it is necessary to conduct detailed investigations on the influence of the far-field dynamic stress changes on the stress state of faults.
Fuzhen Li +4 more
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Tectonophysics, 2020
Abstract The 26 December 2003 (Mw 6.6) Bam earthquake is one of the most destructive events in the recorded history of Iran. Good variable-slip fault models and precise aftershock data enabled us to calculate Coulomb stress changes on the surrounding faults, optimally oriented faults, and the aftershock nodal planes to learn whether they were brought
Behnam Maleki Asayesh +2 more
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Abstract The 26 December 2003 (Mw 6.6) Bam earthquake is one of the most destructive events in the recorded history of Iran. Good variable-slip fault models and precise aftershock data enabled us to calculate Coulomb stress changes on the surrounding faults, optimally oriented faults, and the aftershock nodal planes to learn whether they were brought
Behnam Maleki Asayesh +2 more
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Coulomb stress changes and its correlation with aftershocks of recent Iranian reverse earthquakes
Arabian Journal of Geosciences, 2014In order to investigate the possibility of forecasting aftershock distribution of the Iranian earthquakes, three strong earthquakes from the past 10 years were selected to calculate Coulomb stress changes and its correlation with the aftershock distribution. The common point of these earthquakes is their reverse focal mechanisms.
Maryam Agh-Atabai +1 more
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Coulomb stress changes at calderas: Modeling the seismicity of Campi Flegrei (southern Italy)
Journal of Geophysical Research: Solid Earth, 2003The local seismicity occurring at Campi Flegrei caldera during a recent unrest (1982–1984) has been modeled in terms of Coulomb stress changes due to magma chamber overpressure, superimposed on a background tensile regional stress. The computations, performed by a finite element method in heterogeneous axial‐symmetric elastic models, also take into ...
Claudia Troise +2 more
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A novel approach to determine Coulomb stress changes in subduction megathrust earthquakes
Great subduction earthquakes cause Coulomb stress changes that can trigger intense aftershock seismicity, including strong earthquakes in the upper plate. The Coulomb stress changes are commonly computed assuming that the regional stress field does not change in the earthquake and that gravity can be neglected.Dielforder, Armin +2 more
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Coulomb stress changes in Hesperia Planum, Mars, reveal regional thrust fault reactivation
Journal of Geophysical Research: Planets, 2005The orthogonal pattern of NE and NW striking wrinkle ridges in Hesperia Planum makes this area unique and enigmatic. The wrinkle ridge morphologies revealed in Mars Orbiter Laser Altimeter topography across ridge structures in Hesperia Planum suggest that wrinkle ridges form above thrust faults.
Cheryl L. Goudy +2 more
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The Coulomb Stress Changes and Seismicity Rate due to the 1990 Mw 7.3 Rudbar Earthquake
Bulletin of the Seismological Society of America, 2014We investigate correlation between the Coulomb stress changes and the spatial distribution of the aftershocks of the 1990 M w 7.3 Rudbar earthquake that occurred on and off the Rudbar fault. The Coulomb stress changes indicate that the Rudbar mainshock encouraged parts of the Kelishom and Kashachal strike‐slip faults (located east of the main rupture),
K. Sarkarinejad, S. Ansari
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2007
The Gulf of Corinth has long been recognised as one of the most active rifts in the Aegean. Although, recent studies indicate that the rift is bordered both north and south by active faults, the fault line along the coastline of north Peloponnesos has been more rigorously studied so far, since it was associated with the 1995 Aigion earthquake, which ...
C. Mitsakaki +3 more
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The Gulf of Corinth has long been recognised as one of the most active rifts in the Aegean. Although, recent studies indicate that the rift is bordered both north and south by active faults, the fault line along the coastline of north Peloponnesos has been more rigorously studied so far, since it was associated with the 1995 Aigion earthquake, which ...
C. Mitsakaki +3 more
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Coulomb stress change due to 2005 Kashmir earthquake and implications for future seismic hazards
Journal of Seismology, 2008We calculate static stress change due to the 2005 Kashmir earthquake (M = 7.6). We suggest that the earthquake caused significant increase in stress in the Indo-Kohistan seismic zone (IKSZ) region, lying to the NW of the rupture and moderate increase in the adjacent Himalayan region, lying to the SE of rupture.
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