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A platform for research: civil engineering, architecture and urbanism
Dynamically triggered seismicity on a tectonic scale: A review
AbstractEarthquakes triggered by dynamic disturbances have been confirmed by numerous observations and experiments. In the past several decades, earthquake triggering has attracted increasing attention of scholars in relation to exploring the mechanism of earthquake triggering, earthquake prediction, and the desire to use the mechanism of earthquake triggering to reduce, prevent, or trigger earthquakes. Natural earthquakes and large‐scale explosions are the most common sources of dynamic disturbances that trigger earthquakes. In the past several decades, some models have been developed, including static, dynamic, quasi‐static, and other models. Some reviews have been published, but explosion‐triggered seismicity was not included. In recent years, some new results on earthquake triggering have emerged. Therefore, this paper presents a new review to reflect the new results and include the content of explosion‐triggered earthquakes for the reference of scholars in this area. Instead of a complete review of the relevant literature, this paper primarily focuses on the main aspects of dynamic earthquake triggering on a tectonic scale and makes some suggestions on issues that need to be resolved in this area in the future.
Highlights Research on the mechanism and models of earthquake triggering by dynamic disturbance is reviewed. The drawbacks of the available research works on earthquake triggering are pointed out. Some suggestions on scientific issues of earthquake triggering for future research are proposed.
Dynamically triggered seismicity on a tectonic scale: A review
AbstractEarthquakes triggered by dynamic disturbances have been confirmed by numerous observations and experiments. In the past several decades, earthquake triggering has attracted increasing attention of scholars in relation to exploring the mechanism of earthquake triggering, earthquake prediction, and the desire to use the mechanism of earthquake triggering to reduce, prevent, or trigger earthquakes. Natural earthquakes and large‐scale explosions are the most common sources of dynamic disturbances that trigger earthquakes. In the past several decades, some models have been developed, including static, dynamic, quasi‐static, and other models. Some reviews have been published, but explosion‐triggered seismicity was not included. In recent years, some new results on earthquake triggering have emerged. Therefore, this paper presents a new review to reflect the new results and include the content of explosion‐triggered earthquakes for the reference of scholars in this area. Instead of a complete review of the relevant literature, this paper primarily focuses on the main aspects of dynamic earthquake triggering on a tectonic scale and makes some suggestions on issues that need to be resolved in this area in the future.
Highlights Research on the mechanism and models of earthquake triggering by dynamic disturbance is reviewed. The drawbacks of the available research works on earthquake triggering are pointed out. Some suggestions on scientific issues of earthquake triggering for future research are proposed.
Dynamically triggered seismicity on a tectonic scale: A review
Deep Underground Science and Engineering
Qi, Chengzhi (author) / Wang, Mingyang (author) / Kocharyan, Gevorg (author) / Kunitskikh, Artem (author) / Wang, Zefan (author)
Deep Underground Science and Engineering ; 3 ; 1-24
2024-03-01
Article (Journal)
Electronic Resource
English
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