LIST OF PAPERS, PUBLICATIONS , ISSUES and ARTICLES
1. 日本船舶海洋工学会(JASNAOE) 日本語論文(クリックして論文参照可能)
★ “ダクト効果を有する非対称断面ツイン舵船型の開発” (第9報 水中放射雑音計測結果) , 日本船舶海洋工学会 JASNAOE, 2021
★ “ダクト効果を有する非対称断面ツイン舵船型の開発” (第8報 内航貨物船への適用と旋回性能) 日本船舶海洋工学会 ,JASNAOE, 2021
★ “ダクト効果を有する非対称断面ツイン舵船型の開発” (第7報 ゲートラダーの実船試験と総合評価) ,JASNAOE, 2018
★“ダクト効果を有する非対称断面ツイン舵船型の開発” (第6報 船型設計への影響) , JASNAOE, Hiroshima , 27.11.2017
★ “ダクト効果を有する非対称断面ツイン舵船型の開発 “(第5報 キャビテーションと振動・騒音への影響) JASNAOE, Tokyo 23th.May.2017
★“ダクト効果を有する非対称断面ツイン舵船型の開発” (第4報波浪中性能)” JASMAOE, Okayama , 21.11.2016
★ “ダクト効果を有する非対称断面ツイン舵船型の開発” ( 第3報 操縦性能)” JASNAOE, Fukuoka , 26.05.2016
★ “ダクト効果を有する非対称断面ツイン舵船型の開発 (第2報)” , JASNAOE, Tokyo ,22.04.2015
★“ダクト効果を有する非対称断面ツイン舵船型の開発” (第1報) ,JASNAOE, Nagasaki 20.11.2014
2. 国内外発表 (英語版・日本語版)
- “Free running test of container ship with flap rudder and gate rudder controlled by the autopilot” (JSPC 2024)
- “Recommended tank test procedure of Open type Ducted Propeller (Gate Rudder System”,(AYO 2023)
★”Why Gate Rudder can save fuel more than 20%?”,(ISOST 2023)
★”On the Scale effect of thrust deduction factor for the Gate Rudder vessel”, 「ゲートラダー装備船の推力減少率尺度影響について」(20th SPRC meeting,Nov.2023)
★”On the Structural design of the rudder plate of GATE RUDDER”,(AMT 2023)
★”DESIGN ACCURACY AND ERRORS OF THE GATE RUDDER SYSTEM OF “MV ERGE” REVEALED BY THE GATERS PROJECT OBSERVATIONS” (AMT 23,Oct.2023)
★”How we can explain 35-55% energy saving obtained from the target ship MV ERGE” , 『ゲートラダーは、ターゲット貨物船エルゲでの35~55%の省エネをどのように説明できるのか』(INT-NAM 2023)
★”A review of Gate Rudder System Retrofitting of The GATERS Target Ship “MV ERGE”,(JSPC2023)
★”Model ship correction of ships with gate rudder system obtained from the large ship models” (大型模型船を用いたゲートラダーの、水槽実験と就航実績との相関),日本船舶海洋工学会 JASNAOE,Nov.2022
★”CFD Application to a design and performance prediction of innovative ESD “Gate Rudder”(ICCAS2022) as a key note person(short version)
★”ゲートラダー波浪中性能の一考察”(SPRC Jun.2022)
★”CFD Application to Gate Rudder design and Performance prediction”(JSPC2022)
★”Gate Rudder” ,(Motorship ),Jun.2022: Article
★”Vessel course-keeping improvements with new rudder concept”, 34th symposium on Naval Hydrodynamics (Washington.DC.USA.Jun.2022)
★『マイレージモニターによるゲートラダー船「神門丸」とその同型船の就航分析』(第82回実海域推進性能研究会)海上技術安全研究所,2022年1月
★”ゲートラダー船「しげのぶ」の30ヶ月就航実績”
★”Joint Sea Trial of ships with Gate Rudder and Conventional Rudder”(RINA 2021)
★“ダクト効果を有する非対称断面ツイン舵船型の開発” (第9報 水中放射雑音計測結果) , 日本船舶海洋工学会 JASNAOE, 2021
★“ダクト効果を有する非対称断面ツイン舵船型の開発” (第8報 内航貨物船への適用と旋回性能) 日本船舶海洋工学会 ,JASNAOE, 2021
★EUプロジェクト GATERS の進捗状況』(第81回実海域推進性能研究会)2021年7月、大阪大学
★”Towards a Realistic Estimation of the Powering Performance of a ship with a Gate Rudder System“, JSME 2019 Dec.
★”Gate Rudder Performance“, AMT conference 2019,Rome
★”Trend of Hull Forms for Future Ships” International Symposium on Ocean Science and Technology, Weihai,2019
★”Scale Effect of Gate Rudder and a New Power Prediction Method” 6th International Symposium on Marine Propulsors (SMP’19) Rome, 2019
★ ”Measurements and calculations of Gate Rudder Performance”, (JMST2018)
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★”Full Scale Performance of Gate Rudder” RINA, London, March.2019
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★”Full-scale gate rudder performance obtained from voyage data“, 3rd International Meeting on Progress in Propeller Cavitation, AYO, Istanbul, Nov.2018
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★”Cavitation tunnel tests and full-scale review of the first Gate Rudder system installed installed on the 400 TEU container ship” 3rd International Meeting on Progress in Propeller Cavitation, AYO, Istanbul, Nov.2018
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“Computational fluid dynamic investigations of propeller cavitation in the presence of a rudder” 3rd International Symposium on Naval Architecture and Maritime (INT-NAM 2018),Istanbul
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“GATE RUDDER” INT-NAM2018 ,Istanbul, 22.04.2018
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“Investigation into the propulsive efficiency characteristics of a ship with the Gate Rudder propulsion” AYO Colloquium,2018
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“Tip vortex cavitation simulation of a propeller in a Gate Rudder® system” 3rd International Meeting on Progress in Propeller Cavitation 2018
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Advantages of Twin Rudder System with Asymmetric Wing Section aside a Propeller, JMST 2018
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“ダクト効果を有する非対称断面ツイン舵船型の開発” (第7報 ゲートラダーの実船試験と総合評価) ,JASMAOE, 2018
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“ダクト効果を有する非対称断面ツイン舵船型の開発” (第6報 船型設計への影響) ,JASMAOE, Hiroshima , 27.11.2017
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“Trend of Hull Forms for Future Ships “ , ISOST, Qingdao , 23.11.2017
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“A New Energy Saving Twin Rudder System- Gate Rudder” Newcastle University
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“ダクト効果を有する非対称断面ツイン舵船型の開発 “(第5報 キャビテーションと振動・騒音への影響) JASMAOE, Tokyo 23th.May.2017
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“ On the powering methods of Gate Rudder “JSPC , 17.03.2017
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“ダクト効果を有する非対称断面ツイン舵船型の開発” (第4報波浪中性能)” JASMAOE, Okayama , 21.11.2016
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“ダクト効果を有する非対称断面ツイン舵船型の開発” ( 第3報 操縦性能)” JASMAOE, Fukuoka , 26.05.2016
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“A prediction program of manoeuvrability for a ship with a gate rudder system“. 2nd International Meeting on Recent Advances in Prediction Techniques for Safe Manoeuvring of Ship and Submarines,2016
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“Advantages of twin rudder system with asymmetric wing section aside a propeller“ (JMST) 2015
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“ Energy Efficiency of Ships” , IWOST2015, Weihai , 18.07.2015
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“ダクト効果を有する非対称断面ツイン舵船型の開発 (第2報)” , JASMAOE, Tokyo ,22.04.2015
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“ Energy Efficiency of ships” , Strathclyde University , 27.03.2015
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“A new energy saving twin rudder system – Gate Rudder” — University of Strathclyde
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“ダクト効果を有する非対称断面ツイン舵船型の開発” (第1報) , JASMAOE, Nagasaki 20.11.2014
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“ VIBRATION CONTROL BY PROPELLER DESIGN” AYO Colloquium, Istanbul 06.11.2014
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“ The Effect of Antifouling Paints on Long Term Hydrodynamic Performance of Ship in Relation to Energy Efficiency” ICMCF2014, Singapore, 08.07.2014
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“Energy Efficiency of Ships” Presentation at Newcastle University , 5th.Nov..2013
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“ZEUS & NOAH Project of NMRI“ Project of NMRI, Third International Symposium on Marine Propulsions, smp’ 13 , Tasmania,Australia,May2013
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“Calculation Methods of Tidal Turbine Characteristics”, Journal of Marine Engineering Society of Japan, Vol.47; No.4, 2012
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“ZEUS Project of NMRI”, Journal of the Society of Instrument and Control Engineers, Vol 50, No.6,2011
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“What is the Best Propeller for Zero Emission Ultimate Ship (ZEUS) ?”, Journal of Marine Engineering Society of Japan, Vol.46; No.3,2011
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“Practical Calculation Method of Sea Margin”, Journal of Society of Naval Architects of Japan, Vol 8,2009
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“Analysis of Speed Drop of large Container Ships Operating in Sea Way”, Journal of Society of Naval Architects of Japan, Vol 6,2008
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“Main Towing Tanks of National Maritime Research Institute of Japan”, Journal of Marine Engineering Society of Japan, vol.43,2008
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“Energy-saving Technologies for Ships”, Journal of Marine Engineering Society of Japan, vol.41,2006
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“Evolution of High Efficiency Propeller with New Blade Section”, Journal of Society of Naval Architects of Japan, Vol 1,2005
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“Procedure of Tank test and Powering for Pod Propulsor”, Journal of Society of Naval Architects and Ocean Engineering of Japan, Vol 5, 2005
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“POD推進器に関するEUプロジェクト”, 日本造船学会誌テクノマリン,2004.9
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“POD推進器の尺度影響”, 日本マリンエンジニアリング学会シンポジウム,2004.5
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“FULL SCALE PERFORMANCE OF DOUBLE ACTING TANKERS “TEMPERA & MASTERA”, 1st International Conference on Technological Advances in Podded Propulsion T-POD,2004.4
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“氷海タンカーのプロペラキャビテーション”, 第12回 キャビテーションに関するシンポジウム, 2004.3
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“CAVITATION IN ICE-MILLing WTH A PODDED PROPULSOR”, 4th ASME_JSME Joint Fluids Engineering Conference, 2003.7
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“Economical and environmental evaluation of double acting tanker”, 第19回 「オホーツク海と流氷」に関する国際シンポジウム,2002
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“NBS(NewBladeSection)プロペラの利点と実績” 第11回キャビテーションに関するシンポジウム, 2001.9
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“Model Tests of Ice Going Double Acting Aframax Tanker” ,6th Canadian Marine Hydrodynamics and Construction Conference,2001.6
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“Cavitation Tunnel Tests for Propeller Noise of a FRV and Comparisons with Full-Scale Measurements”, Fourth International Symposium On Cavitation (CAV2001),2001.6
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“Intelligent Wave Measurements System WAVEX and Full Scale Trial on Seiunmaru”, 試験水槽委員会,2001.5
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“実船のプロペラ荷重度を考慮した操縦性試験法”, 造船学会シンポジウム,2000.10
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“船型計画手法の新展開”, 造船学会 水槽シンポジウム、1999.12
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“低雑音型プロペラの開発”, 第88回護衛艦技術研究会, 1999.6
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“二重反転プロペラ最適設計システムの開発”, 日本造船学会論文集 第180号, 1998.11
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”船舶の省エネ付加物の動向”舶用機関学会 33号,1998.9
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”水平レーキ付きサーフェスプロペラに関する実験的研究”, 関西造船協会誌 第234号,1999.5
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“CPP1軸船の停止性能について(実船実験によるFPPとの比較)”,航海学会論文集 第101号, 1999.5
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“船舶の長期性能保証に関わる問題’(造船所の立場から),造船学会,第2回水槽委員会総会, 1999.1.21
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“船型可分原理に基づく肥大船操縦流体力微係数の推定法”, 試験水槽委員会,1998.10.20
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“Practical Prediction Method of Maneuvering Hydrodynamic Derivatives for Full Ships”, 2nd Conf. for New Ship & Marine Technology, 1998.7
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“Design System for Optimum Contra-Rotating Propellers”., Journal of Society of Naval Architects of Japan, Vol.180,1998
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“Review and Prospect to Energy Saving Device”, Vol 50, No.6,2011s on Ships, Journal of Marine Engineering Society of Japan, vol.33,1998
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“Design System of Optimum Contra-rotating Propellers” :Journal of Marine Science and Technology Vol.13 No.1 ,1998
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“Progress of CAE for Shipbuilding in Japan”, Newcastle University,1997.11
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“省エネ装置「SILD」の開発”, 住友重機械工業(株)技報,1997.6
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“船型設計におけるCAEの現状”, 推進性能シンポジウム,1997
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“フラップ舵を装備する船舶の操縦性能とその推定”, 日本造船学会論文集 第181号, 1997
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“二重反転プロペラの話”, 船長協会,1997
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”最適二重反転プロペラの設計法”, 防衛庁艦艇技術連絡会, Nov.1996
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“A New Power Prediction Method for a Ship with a High Block Coefficient”, PRADS’92,Varna(Bulgaria),1992.5
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“Experimental Study on Karman Vortex Street Shedding from the Trailing Edge of the Wing”, Journal of the West-Japan Society of Naval Architects,vol.79, 1990
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“Study on Contra-rotating Propellers”(4th Report), Journal of the West-Japan Society of Naval Architects,vol.78, 1989
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“Propulsive Efficiency and Cavitation Characteristics of Contra-rotating Propellers designed for a low speed Ship”, Journal of Society of Naval Architects of Japan, vol. 165,1989
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“Effect of a Rudder on Propeller Cavitation”, Journal of the West-Japan Society of Naval Architects,vol.77, 1989
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“Study on Contra-rotating Propellers” (3rd Report), Journal of the West-Japan Society of Naval Architects,vol.76, 1988
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“Study on Contra-rotating Propellers” (2nd Report), Journal of the West-Japan Society of Naval Architects,vol.75, 1988
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“Study on Contra-rotating Propellers” (1st Report), Journal of the West-Japan Society of Naval Architects,vol.74, 1987
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“On the Hydrodynamic Characteristics of a fin in front of a Propeller” (2nd report), Journal of the West-Japan Society of Naval Architects,vol.73, 1987
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“On the Hydrodynamic Characteristics of a fin in front of a Propeller” (1st report),
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“Influences of Stern Fin on Wake and Propeller Cavitation” , Journal of the West-Japan Society of Naval Architects,vol.61, 1981
ISSUES
- “RESISTANCE and PROPULSION”(joint authorship) issued by Seibundo : 04/2018
- “RESISTANCE and PROPULSION”(joint authorship) issued by Seibundo in Japanese version:18/03/2012 (『船体抵抗と推進』(船舶海洋工学シリーズ)成山堂書店:18/03/2012 )、 English version