| Yoshihiko Ide | Last modified date：2022.06.30 |
Assistant Professor /
Coastal and Ocean Eng. Lab.
Disaster Risk Reduction Research Center
Faculty of Engineering
Disaster Risk Reduction Research Center
Faculty of Engineering
Graduate School
Undergraduate School
Other Organization
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Homepage
https://kyushu-u.pure.elsevier.com/en/persons/yoshihiko-ide
Reseacher Profiling Tool Kyushu University Pure
Academic Degree
Dr. Sc.
Country of degree conferring institution (Overseas)
No
Field of Specialization
Coastal Engineering
Total Priod of education and research career in the foreign country
00years00months
Research
Research Interests
Membership in Academic Society
- Proposal of New Indexes for Development Characteristics of Storm Surge Considering Topographical Features and Tides
keyword : storm surge deviation,tidal dependence on storm surge,storm surge development characteristic,analytical solution,wind-induced water level rise,FVCOM
2020.04～2022.03. - UNDERSTANDING OF SEDIMENT DYNAMIC CHARACTERISTICS FOR THE ARIAKE SEA AT THE TIME OF FLOODING
keyword : Ariake Bay,sediment transport,Unstructured-Grid,sedimentation,flood of river
2020.04～2021.03. - DEVELOPMENT OF AN UNSTRUCTURED-GRID DRIFTWOOD DRIFTING SIMULATION MODEL CONSIDERING THE DRAG FROM WIND
keyword : driftwood, Ariake Sea, drift prediction simulation model, heavy rains, Typhoon, FVCOM
2020.04～2021.03. - Study on Development of Probabilistic Real-time Storm Surge Prediction System using Machine Learning
keyword : Probabilistic Real-time Storm Surge Prediction System,Machine Learning
2020.04～2021.03. - Development of Wave Forecast System using Machine Learning and Bayesian Method with Ensemble Weather Forecast
keyword : Wave Forecast System,Machine Learning,Bayesian Method,Ensemble Weather Forecast
2020.04～2021.03. - Basic Study on Wave-Current Coupling Simulation with Unstructured-Grid System
keyword : Unstructured-Grid System,Wave-Current Coupling Simulation,FVCOM
2020.04～2021.03. - Evaluation of Impact Assessment and Adaptation Measures against Storm Surge Disaster in the Inner Part of the Ariake Sea using Numerical Simulation Model
keyword : Storm Surge,Ariake Sea,Impact Assessment,Adaptation Measures,Numerical Simulation Model
2016.04～2020.03.
- Japan Society of Civil Engineers
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