[S15P-01] The broadband source model of the 2023 Mw7.8 Turkey earthquake and amplification factors at strong motion stations

*Toshimi SATOH¹ (1. Institute of Technolocy, Shimizu Corporation)

[S15P-02] Relationship between surface earthquake fault and building damage in the 2023 Southeast Türkiye Earthquake

*Hiromitsu NAKAMURA¹, Naokazu Monma¹, Shohei NAITO¹, Tetsuya YAMADA², Rie SAKUMA², Hiroyuki FUJIWARA¹ (1. NIED, 2. PASCO)

[S15P-03] Non-recorded Strong Impulsive Vertical Seismic Waves - Part 10 -
- Ignorance and unconcern kill people, destroy a country (3/3) -

*Hiroshi MAEHARA¹ (1. Geosystem Research Institute )

[S15P-04] A study on slip model in shallow area based on earthquake surface fault rupture - case of strike slip type -

*Yasuhiro MATSUMOTO¹, Ken MIYAKOSHI², Tsutomu TAKAHAMA¹, Naoto INOUE³, Kojiro IRIKURA², Katsuhiro KAMAE⁴ (1. Kozo Keikaku Engineering Inc., 2. Aichi Institute of Technology, 3. GRI, 4. Institute for Integrated Radiation and Nuclear Science, Kyoto University)

[S15P-05] The short-period flat levels of acceleration source spectra for inland earthquakes and their variability in the scaling relationships

*Kazuhiro Somei¹, Kunikazu Yoshida¹, Ken Miyakoshi², Katsuhiro Kamae³, Kojiro Irikura² (1. Geo-Research Institute, 2. Aichi Institute of Technology, 3. Institute for Integrated Radiation and Nuclear Science, Kyoto University)

[S15P-06] Nature of slip rates under the influence of the dynamic interaction between rupture process and sedimentary layers

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

[S15P-07] Spectral Characteristics of Long-Period Ground Motion Inferred from the F-net Broad-Band Strong Ground Motion Records

*Ken HATAYAMA¹ (1. National Research Institute of Fire and Disaster)

[S15P-08] Long-period ground motion simulations in the western part of Shizuoka prefecture for large earthquakes in the Nankai trough (Part 2)

*Takeshi NAKAMURA¹ (1. Central Research Institute of Electric Power Industry)

[S15P-09] Source process inversion method with local seismograms for the interplate earthquake along the Nankai trough

*Takahito NISHIMIYA¹, Fuyuki Hirose¹ (1. Japan Meteorological Agency, Meteorological Research Institute)

[S15P-10] Experiment on Early Prediction of Long-Period Earthquake Motions Based on Deep Learning (2) forecasting building shaking

*Takashi FURUMURA¹, Yusuke Oishi² (1. Earthquake Research Institute, The University of Tokyo, 2. Data-Driven Innovation Initiative, Kyushu University)

[S15P-11] An earthquake early warning algorithm using wave propagation directions estimated with a machine learning technique

*Yuki KODERA¹ (1. Meteorological Research Institute, Japan Meteorological Agency)

[S15P-12] Real-time seismic intensity prediction using deep learning and synthetic data

*Anju Ohta¹, Ahyi Kim¹, Yukino Yazaki¹, Hisahiko Kubo², Masami Yamasaki¹ (1. Yokohama City University, 2. NIED)

[S15P-13] Validation of site-specific seismic motions generated by combining cGAN and GIT

*Yusuke TOMOZAWA¹, Junki YAMAGUCHI¹, Toshihide SAKA¹ (1. Kajima Technical Research Institute)

[S15P-14] Evaluating large-magnitude waveforms using site-specific ground motion generated by combining cGAN and GIT

*Junki Yamaguchi¹, Yusuke Tomozawa¹, Toshihide Saka¹, Tomoki Hikita¹ (1. Kajima Technical Research Institute)

[S15P-15] Construction of ground motion models using Bayesian neural networks

*Tomohisa OKAZAKI¹, Nobuyuki Morikawa², Hiroyuki Fujiwara², Naonori Ueda¹ (1. RIKEN Center for Advanced Intelligence Project, 2. National Research Institute for Earth Science and Disaster Resilience)

[S15P-16] Correction at Long Distances through Integration of Statistical Green's Function Method and Ground Motion Prediction Equations

*Takahiro MAEDA¹, Hiromitsu Nakamura¹, Hiroyuki Fujiwara¹, Sho Akagi², Kosuke Seki² (1. NIED, 2. MESW)

[S15P-17] Relationships between the peak accelerations and static rotations of the S-net sensors in the Japan Trench area

*Yadab Prasad DHAKAL¹, Takashi Kunugi¹ (1. National Research Institute for Earth Science and Disaster Resilience)

[S15P-18] Characterization and Comparison Method of the Spatial Seismic Intensity Distributions Using Independent Component Analysis

*Takeshi KIMURA¹, Wataru SUZUKI¹, Hisahiko KUBO¹, Sho AKAGI², Rina SUZUKI² (1. NIED, 2. MESW)

[S15P-19] Evaluation of the influence of Surface Topography on Earthquake Ground Motions

*Hidenori KAWABE¹, Hiroto YAMAMOTO¹ (1. Osaka University)

[S15P-20] Estimation of seismic bedrock motion using empirical site effects in time domain

*Takashi Akazawa¹ (1. Geo-Research Institute)

Session information

[S15P] PM-P