Kansai University, Japan
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Affiliated Works
sorted by decreasing year, and then by display-name
- Comparison of Tsunami height Distributions of the 1960 and the 2010 Chilean Earthquakes on the Coasts of the Japanese Islands
- Numerical Experiment of Sediment Transport and a Case Study of Sediment Transport Simulation of the 2004 Indian Ocean Tsunami in Lhoknga, Banda Aceh, Indonesia
- 2011 Japan tsunami current and flow velocity measurements from survivor videos using LiDAR
- Field Investigation and Analysis of the 2011 Tohoku Earthquake Tsunami
- 2011 Tohoku tsunami video and TLS based measurements: hydrographs, currents, inundation flow velocities, and ship tracks
- Regional and transported aerosols during DRAGON-Japan experiment
- Tsunami characteristics and formation potential of sandy tsunami deposit in Sanriku Coast: implications from numerical modeling
- 2011 Tohoku tsunami runup hydrographs, ship tracks, upriver and overland flow velocities based on video, LiDAR and AIS measurements
- Earthquake and Tsunami booklet based on two Indonesia earthquakes
- Model of Predicting Multi Tsunami Scenarios considering Large Slip Zone and Super Large Slip Zone and Its Application in the Nankai Trough
- Numerical experiment on Observation Capabilities of Oceanographic Radar for Far Field Tsunami Off Chile
- Study of Rain-Induced Landslides Prediction in Malaysia
- Role of sediment transport model to improve the tsunami numerical simulation
- Slope Failure Prediction and Early Warning Awareness Education for Reducing Landslides Casualty in Malaysia
- Activity history of giant earthquakes bring crustal movements and huge tsunamis -A case of the 2011 off the Pacific coast of Tohoku Earthquake (M 9)-
- Development of Tsunami Numerical Model Considering the Disaster Debris such as Cars, Ships and Collapsed Buildings
- Hydraulic experiment on tsunami sand deposits relating with grain size distribution and magnitude of incident waves
- Modeling of Grain Size Distribution of Tsunami Sand Deposits in V-shaped Valley of Numanohama During the 2011 Tohoku Tsunami
- Tsunami-induced morphological change of a coastal lake: comparing hydraulic experiment with numerical modeling
- Development of method for evaluating estimated inundation area by using river flood analysis based on multiple flood scenarios
- Estimation of the Characterized Tsunami Source Model considering the Complicated Shape of Tsunami Source by Using the observed waveforms of GPS Buoys in the Nankai Trough
- Hydraulic experiment on formation mechanism of tsunami deposit and verification of sediment transport model for tsunamis
- Hydraulic experimental investigation on spatial distribution and formation process of tsunami deposit on a slope
- Numerical experiment on tsunami deposit distribution process by using tsunami sediment transport model in historical tsunami event of megathrust Nankai trough earthquake
- Hydraulic experiment on spatial distribution and formation process of tsunami deposits in a flat ground with a cliff topography
- Operational Earthquake Forecasting in Japan: Local Government Response to Warnings and Advisories for the Nankai Region