AMEC2023

[5-4] AMEC 2023

2023年10月20日(金) 11:00 〜 12:00 Room 5 (視聴覚研修室)

Chair:Mao-Hsiung CHIANG(College of Engineering, National Taiwan University)

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11:00 〜 11:20

[5-4-1] Hydrodynamic Performance and Power Recovery of Heaving Wave Energy Converter Enhanced by Breakwater

*Ratthakrit Reabroy¹, Nonthipat Thaweewat¹, Sirirat Jungrungruengtaworn¹, Sathit Pongduang¹, Suphasin Kanjanangkoonpan¹, Xiongbo Zheng² (1. Department of Maritime Engineering, Faculty of International Maritime Studies, Kasetsart University, 2. College of Science, Harbin Engineering University, China)

11:20 〜 11:40

[5-4-2] An Analysis of Optimal Operation Plan of Rotor Sail Based on Net Propulsion Power Calculation

*Bonggi Choi¹, Kwangseok Lee¹, Yun-Ho Kim¹, Jung-Hyung Park¹, Hee Jin Kang¹ (1. Korea Research Institute of Ships & Ocean Engineering (KRISO))

11:40 〜 12:00

[5-4-3] Study of structural design and initial estimation of flettner rotor for coastal passenger ship of renewable energy

*Kwangseok Lee¹, Yun-Ho Kim¹, Junghyung Park¹, Bong-Gi Choi¹, Hee Jin Kang¹ (1. Korea Research Institute of Ships & Ocean Engineering (KRISO), Daejeon, Republic of Korea)

セッション一覧

Initiatives for Efficient Use of Ocean Renewable Energy » New Technology of Tidal, Current, and Wave Energy Converters (2) / Development and Operation of Wind Powered / Wind Assisted Ships

[5-4] AMEC 2023

[5-4-1] Hydrodynamic Performance and Power Recovery of Heaving Wave Energy Converter Enhanced by Breakwater

[5-4-2] An Analysis of Optimal Operation Plan of Rotor Sail Based on Net Propulsion Power Calculation

[5-4-3] Study of structural design and initial estimation of flettner rotor for coastal passenger ship of renewable energy

認証