General Session

Source characteristics (2)

Thu. Nov 23, 2023 10:55 AM - 12:25 PM G417 (PACIFICO Yokohama North, 4F)

Chairperson: Kenichi Tsuda (Institute of Technology, Shimizu Corporation)

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10:55 AM - 11:07 AM

[Day1-G417-08] Fundamental reseach to examine the mechanism of occurrence of massive earthquakes and volcanic eruptions from macro and micro persepectives

*Kimio Uchino

11:08 AM - 11:20 AM

[Day1-G417-09] Errors of spectral inversion analyses based on the assumptions of isotropic source radiations and uniform wave-propagation paths.

*Tomonori Ikeura¹ (1. Kajima Corporation)

11:21 AM - 11:33 AM

[Day1-G417-10] A study of fault parameterization method for strong-motion prediction based on M₀–S scaling of crustal earthquakes with constant stress drop

*Kazuhito Hikima¹, Akihiro Shimmura² (1. Tokyo Electric Power Company Holdings, Inc. TEPCO Research Institute, 2. Tokyo Electric Power Company Holdings, Inc. Nuclear Asset Management Department)

11:34 AM - 11:46 AM

[Day1-G417-11] Scaling properties of a source model with Dc hierarchical patch structure

*Hiroyuki Goto¹ (1. Kyoto University)

11:47 AM - 11:59 AM

[Day1-G417-12] Dynamic Rupture Simulation of the Effect of Sedimentary Layers on Fault Rupture

*Ayaka Nakatsuji¹, Hiroyuki Goto¹ (1. Kyoto University)

12:00 PM - 12:12 PM

[Day1-G417-13] Near-fault strong-motion prediction incorporating detailed geometry of active faults

*Asako Iwaki¹, Nobuyuki Morikawa¹, Shigeki Senna¹, Hiroyuki Fujiwara¹, Yasuhiro Suzuki² (1. National Research Institute for Earth Science and Disaster Resilience, 2. Nagoya University)

12:13 PM - 12:25 PM

[Day1-G417-14] Modeling of Surface Fault Occurrence Rate for Inland Crustal Earthquakes in Japan

*Kenichi Kato¹, Tetsushi Watanabe¹, Yusuke Tomozawa², Kiichiro Nojiri³ (1. Kobori Research Complex Inc., 2. Kajima Corporation Technical Research Institute, 3. Hokkaido Electric Power Co.)

Sessions

[General Session] A. Earthquake-related natural phenomena (ground motion, subsurface structure, subsurface site effects, tsunami, historical earthquakes, etc.) » A-1 Source characteristics

Source characteristics (2)

[Day1-G417-08] Fundamental reseach to examine the mechanism of occurrence of massive earthquakes and volcanic eruptions from macro and micro persepectives

[Day1-G417-09] Errors of spectral inversion analyses based on the assumptions of isotropic source radiations and uniform wave-propagation paths.

[Day1-G417-10] A study of fault parameterization method for strong-motion prediction based on M₀–S scaling of crustal earthquakes with constant stress drop

[Day1-G417-11] Scaling properties of a source model with Dc hierarchical patch structure

[Day1-G417-12] Dynamic Rupture Simulation of the Effect of Sedimentary Layers on Fault Rupture

[Day1-G417-13] Near-fault strong-motion prediction incorporating detailed geometry of active faults

[Day1-G417-14] Modeling of Surface Fault Occurrence Rate for Inland Crustal Earthquakes in Japan

Authentication

Sessions

[General Session] A. Earthquake-related natural phenomena (ground motion, subsurface structure, subsurface site effects, tsunami, historical earthquakes, etc.) » A-1 Source characteristics

Source characteristics (2)

[Day1-G417-08] Fundamental reseach to examine the mechanism of occurrence of massive earthquakes and volcanic eruptions from macro and micro persepectives

[Day1-G417-09] Errors of spectral inversion analyses based on the assumptions of isotropic source radiations and uniform wave-propagation paths.

[Day1-G417-10] A study of fault parameterization method for strong-motion prediction based on M0–S scaling of crustal earthquakes with constant stress drop

[Day1-G417-11] Scaling properties of a source model with Dc hierarchical patch structure

[Day1-G417-12] Dynamic Rupture Simulation of the Effect of Sedimentary Layers on Fault Rupture

[Day1-G417-13] Near-fault strong-motion prediction incorporating detailed geometry of active faults

[Day1-G417-14] Modeling of Surface Fault Occurrence Rate for Inland Crustal Earthquakes in Japan

Authentication

[Day1-G417-10] A study of fault parameterization method for strong-motion prediction based on M₀–S scaling of crustal earthquakes with constant stress drop