Research Subtheme | Type of Research | Items on the Research Agenda ( ☆ indicates special research) |
|
---|---|---|---|
①Research on strong ground motions and damage predictions in the case of the greatest earthquakes
|
Fundamental Research | Strong Motion Earthquake Observation in Port and Airport Area (2A②) |
|
Fundamental Research | Investigation of Earthquake Disaster (2A②) |
||
Fundamental Research | Development of strong motion estimation method for scenario earthquakes beneath metropolitan area | ||
Fundamental Research | Study on the evaluation and analysis of liquefied ground behavior and effective contermeasures under sequenced earthquake motions | ||
②Research on damage-reduction techniques against the greatest earthquakes
|
Applied Research | Development of technologies for assessing and improving seismic safety of coastal industrial complex consisting of a wide variety of facilities | |
Applied Research | Development of method to seismic peformance evaluation for offshore structure against the largest earthquake motions | ||
③Research on the interaction of earthquakes, tsunamis, and high waves with ground dynamics
|
Fundamental Research | Study from geotechnical view-point on stability evaluation method of coastal structure subjected to high waves (1C②) |
|
Fundamental Research | ☆ | Stability evaluation of offshore structures against washout, cavity formation, etc. and development of countermeasure techniques (1C②) |
Research Subtheme | Type of Research | Items on the Research Agenda ( ☆ indicates special research) |
|
---|---|---|---|
①Research on ICT-based decision support systems
|
Development Research | Development of a tsunami-fire model for ports | |
Development Research | Development of multi-observation based tsunami forecasting method | ||
②Research on the development of tsunami-resistant ports
|
Applied Research | Development of an advanced 3-dimentional simulation model for tsunami inundation | |
Fundamental Research | Development of the estimation method for local scour around coastal structures due to tsunami | ||
Fundamental Research | Application of the particle method to the large deformation of port structures due to tsunami |
Research Subtheme | Type of Research | Items on the Research Agenda ( ☆ indicates special research) |
|
---|---|---|---|
①Research on storm surge, wave and maximum damage estimation
|
Fundamental Research | Elucidation of oceanographic phenomena based on central processing and analysis of observation data | |
Applied Research | A study of seasonal and regional statistics on swell observed in Japanese coast | ||
Development Research | Development of a harbor tranquility analysis method for local wind waves and ship waves in a harbor | ||
Fundamental Research | Proposal for improvement of prediction accuracy of swell | ||
Applied Research | Estimation of wave transformation around demaged structures to evaluate remaining performance for sheltering | ||
Fundamental Research | Assessment of possible maximum storm surge hazard by using storm-surge-wave coupled model | ||
②Research on the technology to reduce maximum storm surge and wave disasters
|
Applied Research | ☆ | Study on wave forces on the structural members of protective facilities under storm surges, high waves, and tsunami (1B②) |