Sunahara Shunji
- 教授
- 学位:博士(工学)
基本情報
所属
- Undergraduate School of Marine Science and Technology / Department of Marine Science and Ocean Engineering Course of Marine Science and Ocean Engineering
- Graduate School of Oceanography / Course of Oceanography
詳細情報
論文
AN EXPERIMENTAL STUDY ON TSUNAMI COUTERMEASURE USING ANCHOR CABLE FOR LARGE SHIP MOORED ALONG QUAY WALL
Ship Behavior of a Large Coal Carrier during the Tsunami considering Coupling Effect of Motions between Moored Ship and Pier
Reproduction on Ship Motions and Tsunami Wave forces of a Moored Model Ship under Tsunami Bore
ANALYTICAL METHOD ON COUPLING MOTIONS OF MOORED SHIP AND DOLPHINS DURING TSUNAMI AND ITS APPLICATION
Effect of Mooring line Property on Dynamic Behavior of a Moored Model Ship under Tsunami Bore
Experimental Study on Tsunami Wave Force of Moored Ship in Following Sea under Tsunami Bore
AN EXPERIMENTAL STUDY ON WAVE FORCE OF A VESSEL IN BEAM SEAS DUE TO TSUNAMI BORE
Reproduction on Dynamic Behavior of a Moored Model Ship under Tsunami Bore
Effect of Analytical Method on Hydrodynamic Forces in Numerical Simulation on Ship Motions Moored during Regular Waves in Shallow Water
AN EXPERIMENTAL STUDY ON MOTIONS AND MOORING FORCES OF A VESSEL INSIDE HARBOUR DUE TO TSUNAMI BORE
Preliminary Study on Characteristics of Motions of Side-by-side Moored Vessels during Waves in Port
One Consideration to Characteristics on Natural Period and Damping Effect of a Moored Large Bulk Carrier
Physical Model Tests on Dynamic Behavior of a Moored Large Bulk Carrier affected by Pretension and Fender Type under Wave
One Consideration to Measurement of Moored Ship Motion by using GPS Position Data
AN EXPERIMENTAL STUDY ON TSUNAMI WAVE FORCE OF A VESSEL DUE TO TSUNAMI BORE
共同研究?競争的資金等の研究課題
A STUDY ON HYBRID TYPE OCEAN ENERGY DEVELOPMENT SYSTEM
A STUDY ON HYBRID TYPE OCEAN ENERGY DEVELOPMENT SYSTEM
Basic study on Wave Devouring Propulsor
On the Reduction of Roll Motion and the Optimization for the Floating Unit of a Floating Wind Power Plant
Study on Rapid Connecting Method of Units of Large Scale Semisubmersible
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