Rchr
J-GLOBAL ID：202001007306242963
Update date: May. 23, 2024
Bondarenko Oleksiy
Bondarenko Oleksiy
Affiliation and department：
Job title：
Principal Researcher
Research field (1)：
Marine and maritime engineering
Research keywords (5)：
main engine dynamics
, Machinery diagnostics
, Machine learning
, Engine dynamics simulation
, Ship propulsion system
Research theme for competitive and other funds (1)：
- 2011 - 2016 Study on the development of the new experimental methodology for the self-propulsion model test to evaluate ship performance at the actural seas
Papers (34)：
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Oleksiy Bondarenko, Yasushi Kitagawa. DEVELOPMENT OF DETAILED ENGINE MODEL FOR VERIFICATION OF PROPULSION PERFORMANCE IN ACTUAL SEA BY A FREE-RUNNING MODEL TEST. Proceedings the 9th Advanced Maritime Engineering Conference. 2021
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Oleksiy Bondarenko, Tetsugo Fukuda, Ken Miyachi. Intelligent Information Processing in the Problem of Propulsion System Condition Monitoring. Journal of the Japan Institute of Marine Engineering. 2021. 56. 6
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Oleksiy Bondarenko, Yasushi Kitagawa. Development of detailed engine model for evaluation ship performance in waves by a self-propulsion model test. Journal of Marine Science and Technology. 2021. 27. 1. 266-277
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Oleksiy Bondarenko, Yasushi Kitagawa. Application of the Kalman filtering technique for nonlinear state estimation in propulsion system. Journal of Marine Science and Technology. 2021. 26. 2. 618-631
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北川泰士, Bondarenko Oleksiy, 塚田吉昭, 福田哲吾, 蓮池伸宏, 藤本浩史. 波浪中主機負荷変動が燃料消費特性に及ぼす影響に関する一検証. 日本船舶海洋工学会講演会論文集. 2020. 31. 409-414
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MISC (15)：
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市川泰久, OLEKSIY Bondarenko. 水素専焼ガスエンジンの技術開発. 海上技術安全研究所研究発表会(Web). 2023. 23rd
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Oleksiy Bondarenko, Tetsugo Fukuda, Yasushi Kitagawa, Tomoki Omiya. The problem of identification and adaptation of the main engine digital twin based on the operational data. 2021. 91
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Oleksiy Bondarenko, Tetsugo Fukuda. Application of Classification Analysis for Monitoring Knock Intensity in Gas-Fueled Marine Engines. Research Reports Proceeding of National Maritime Research Institute. 2021. 21. 1
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Performance Degradation of Propulsion Engines due to Aging. 2020. 20
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岡正義, 平方勝, 松井貞興, 北川泰士, BONDARENKO Oleksiy, 黒田麻利子, 枌原直人, 一ノ瀬康雄, 藤沢純一, 谷口智之, et al. Digital Twin Technology for the Digital Transformation of Maritime Technology. 海上技術安全研究所研究発表会講演集. 2020. 20th (Web)
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Patents (6)：
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Engine control method using engine state observer, engine control program and engine control device
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Ships equipped with an air-fuel ratio control device for gas engines and a gas engine with an air-fuel ratio control device
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Electric propulsion ship control device, electric propulsion ship control system, and electric propulsion ship
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Air supply control system for ship's hull air lubrication and ship's hull air lubrication
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Electric propulsion ship control device, electric propulsion ship control system, and electric propulsion ship
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Lectures and oral presentations (8)：
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Digitalization - driving force of autonomous shipping development
(Invited lecture at International Conference on Marine Research and Technology (ICOMAREST) 2021)
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海事関連技術のデジタル変革に向けて
(海上技術安全研究所 (令和2年度)第20回研究発表会)
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舶用主機デジタルツインに関する研究開発と技術的課題
(海上技術安全研究所 (令和2年度)第20回研究発表会)
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Development of a Digital Twin of Ship Propulsion Plant
(Research Presentation Meeting of National Maritime Research Institute 2019)
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Ship Propulsion Plant Control: Present and Future Challenges
(Invited lecture at Japan Internal Combustion Engine Federation (JICEF) Seminar 2017)
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Education (3)：
- 2009 - 2012 Osaka University Graduate School of Engineering Naval Architecture and Ocean Engineering Special English Course
- 2007 - 2009 Osaka University Graduate School of Engineering Naval Architecture and Ocean Engineering Special English Course
- 2000 - 2002 Odessa National Maritime Academy Mechanical Engineering Marine Automation
Professional career (2)：
- Ph.D (Osaka University)
- M.Sc (Odessa National Maritime Academy)
Work history (2)：
- 2017/07 - 現在 National Institute of Maritime, Port and Aviation Technology Marine Environment and Engine System Department Environment-Friendly Engine Research Group
- 2012/10 - 2017/06 National Maritime Research Institute Marine Environment and Engine System Environment-Friendly Engine Research Group
Awards (2)：
- 2018 - Pan Asian Association of Maritime Engineering Societies Best Paper Award The Advantage of Air Lubrication System Integration into the Propulsion Plant
- 2016 - Japan Society of Marine Engineering Best Paper Award Novel Concept of Inverter-less Electric Drive for Ship Propulsion System
Association Membership(s) (2)：
THE JAPAN SOCIETY OF MARINE ENGINEERING
, THE JAPAN SOCIETY OF NAVAL ARCHITECTS AND OCEAN ENGINEERS
