Research field (1)：
Marine and maritime engineering
Research keywords (5)：
PTO
, hydraulic system
, Power take off
, Wave energy converter
, Ocean Energy
Research theme for competitive and other funds (19)：
2021 - 2024 3次元高速化渦法による海洋エネルギー利用装置の波浪中発電性能評価手法の開発
2023 - Wave Energy Research Subcommittee
2020 - 2023 浮体型波力発電装置のハイブリッド発電シミュレーションに関する研究
2019 - 2022 Study on Damping Plates for Reducing Motions of Floating Offshore Wind Turbine
2018 - 2021 Development of Generating Performance Estimation Method of Wave Energy Converter by 3D Vortex Methods
2016 - 2019 Research on Improvement of Generating Efficiency in a Floating Pendulum Wave Energy Converter
2014 - 2018 Optimal design of large scale wave farm in offshore area
2014 - 2017 Analysis of interaction between floating bodies and nonlinear waves by vortex method
2010 - 2014 Studies on the offshore wave farm of wave energy converters for large-scale power generation
2010 - 2012 Simulation of Floating Body in Nonlinear Wave by Vortex Methods
2009 - 2011 Study on conversion efficiency of movable body type wave energy converter
2007 - 2009 Analysis of motion of a fin-attached floating structure using a vortex method
2007 - 2008 Research on Hull Design Method for Movable Body Type WEC
2001 - 2002 衛星画像を用いた大型沿岸域開発の事後評価
2000 - 2002 Development of a Very Large Floating Structure with a Submerged Plate
2000 - 2002 Estimation of Ocean Wave Characteristics and Improvements of Ship Performance of Coastal Cargo Ship
2000 - 2001 STUDY ON FULL-SCALE IDENTIFICATIONS OF HYDRODYNAMIC PROPERTIES AND MANEUVERING PERFOEMANCE OF A SHIP
1998 - 1999 Satellite Remote Sensing Data for Coastal Development and Evaluation of Marine Environments
1997 - 1999 Improvement of Service Performance of Coastal Cargo Ship in Rough Seas
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Papers (105)：
Yasutaka imai. Development of wave energy converters using cross-flow turbin. 2023
Muhamad Aiman Jalani, Mohd Rashdan Saad, Mohd Kamarul Huda Samion, Yasutaka Imai, Shuichi Nagata, Mohd Rosdzimin Abdul Rahman. Numerical study on a hybrid WEC of the Backward Bent Duct Buoy and Point Absorber. OCEAN ENGINEERING. 2023. 267
yasutaka imai. Development of a Monitoring System for Coastal Fisheries Using Wave Energy Converter. 2022
yasutaka imai, takuma imaizumi. Development of marine communication system using ESP32. 2022
SAKAGUCHI Masaki, KINOUE Yoichi, TSURU Wakana, MURAKAMI Tengen, SHIOMI Norimasa, IMAI Yasutaka, NAGATA Shuichi, TAKAO Manabu. Numerical Analysis on Spiral Flow Collector for Tidal Energy Conversion. The Proceedings of the National Symposium on Power and Energy Systems. 2022. 2022.26. C122
坂口 優希, 木上 洋一, 平山 滉樹, 鶴 若菜, 村上 天元, 塩見 憲正, 今井 康貴, 永田 修一, 高尾 学. 潮流発電用のらせん集流装置付き往復流型衝動タービンの数値解析-Numerical Analysis on Bi-Directional Impulse Turbine with Spiral Flow Collector for Tidal Power System. ターボ機械 = Turbomachinery. 2022. 50. 12. 705-715
MURAKAMI Tengen, IMAI Yasutaka, NAGATA Shuichi, TAKAO Manabu, SETOGUCHI Toshiaki. 0513 Experimental Study on Efficiency Improvement of Fixed Oscillating Water Column Type Wave Energy Converter. Fluids engineering conference . 2015. 2015. "0513-1"-"0513-3"
Nagata Shuichi, Toyota Kazutaka, Imai Yasutaka, Setoguchi Toshiaki. 1403 The Characteristics of Floating OWC "Backward Bent Duct Buoy". Fluids engineering conference . 2010. 2010. 393-396
Imai Yasutaka, Toyota Kazutaka, Nagata Shuichi, Mamun Mohammad A. H. Duct extension effect on the primary conversion of a wave energy converter "Backward Bent Duct Buoy". OTEC. 2010. 15. 33-36
Mamun Mohammad Arif Hasan, Nagata Shuichi, Toyota Kazutaka, Imai Yasutaka, Setoguchi Toshiaki. Hydrodynamic analysis of wave-induced nonlinear motion of backward bent buoy by the use of the particle method. OTEC. 2010. 15. 27-31
Ocean energy assiciation - Japan
, THE INSTITUTE OF ELECTRICAL ENGINEERS OF JAPAN
, THE JAPAN SOCIETY OF MECHANICAL ENGINEERS
, THE JAPAN SOCIETY OF NAVAL ARCHITECTS AND OCEAN ENGINEERS
