和文冊子 ● |
[氏名] 村上 理一, Ri-ichi Murakami,
[Email] (電子メール),
[職名・学位] (肩書)・工学博士,
[専門分野] 疲労, 摩擦摩耗, 電磁波シールド, 機能性材料学,
[所属学会] 日本機械学会・日本材料学会・社団法人 日本非破壊検査協会・溶接学会・四国テクノサイエンス研究会・社団法人 高温学会・International Conference on Advanced Materials Development and Performance(AMDP2005)・International Conference on Advanced Materials Development and Performance(AMDP)・International Conference on Advanced Materials Development and Performance(AMDP99)・International Conference on Advanced Materials Development and Performance(AMDP2003)・6th International Conference on Advanced Materials Development & Performance・1st International Conference on Physics, Mathematics, Geology and ngineering Science-PMGES2013,
[社会活動] 独立行政法人 新エネルギー·産業技術総合開発機構・(財)大阪科学技術センター付属ニューマテリアルセンター・財団法人 徳島県地域産業技術開発研究機構・財団法人 四国産業·技術振興センター・通産省四国通産局・(財)香川県産業技術振興財団附属研究所高温高圧流体技術研究所・International Conference on Residual Stress-III Science and Technology・International Conference on Advanced Materials Development, Performance Evaluation and Application, AMDP97・International Conference on Advanced Technology in Experimental Mechanics, ATEM'99・APCFS&ATEM'01・四国テクノサイエンス研究会・北島町・日本技術者教育認定機構(JABEE)・独立行政法人日本学術振興会・Sant Longowal Institute of Engineering & Technology,
[研究テーマ] セラミック膜被覆材の疲労特性, セラミック被覆材の摩擦摩耗特性, スマート材料の電磁波シールド特性, 高強度鋼の超長寿命域での疲労破壊機構,
[キーワード] 疲労強度, 疲労き裂発生, セラミック膜, 摩擦, 摩耗, セラミック膜, 電磁波シールド効果, 炭素繊維, ITO膜, 酸化亜鉛膜, 疲労強度, 疲労破壊機構, 超長疲労寿命,
[共同研究可能テーマ] セラミック膜被覆材の開発, 電磁波シールド効果を持つスマート材料の開発, 機能性材料の摩擦摩耗特性の向上
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欧文冊子 ● |
[Name] Ri-ichi Murakami,
[Email] (電子メール),
[Title, Degree] (肩書)・Dr. of Eng.,
[Field of Study] Fatigue, Friction and Wear, Electromagnetic Sheilding Effectiveness, Functional Materials,
[Academic Society] Japan Society of Mechanical Engineers・The Society of Materials Science,Japan・The Japanese Society for Non-destructive Inspection・Japan Welding Society・Shikoku Techno Research Group・High Temperature Society of Japan・International Conference on Advanced Materials Development and Performance(AMDP2005)・International Conference on Advanced Materials Development and Performance(AMDP)・International Conference on Advanced Materials Development and Performance(AMDP99)・International Conference on Advanced Materials Development and Performance(AMDP2003)・6th International Conference on Advanced Materials Development & Performance・1st International Conference on Physics, Mathematics, Geology and ngineering Science-PMGES2013,
[Social Activity] New Energy and Industrial Technology Development Organization・(財)大阪科学技術センター付属ニューマテリアルセンター・Tokushima Industrial Promotion Organization・Shikoku Industry & Technology Promotion Center・通産省四国通産局・(財)香川県産業技術振興財団附属研究所高温高圧流体技術研究所・International Conference on Residual Stress-III Science and Technology・International Conference on Advanced Materials Development, Performance Evaluation and Application, AMDP97・International Conference on Advanced Technology in Experimental Mechanics, ATEM'99・APCFS&ATEM'01・四国テクノサイエンス研究会・北島町・日本技術者教育認定機構(JABEE)・Japan Society for the Promotion of Science・Sant Longowal Institute of Engineering & Technology,
[Theme of Study] Fatigue Properies of Ceramic Films Coated Materials, Friction and Wear Properties of Ceramic Films Coated Materials, Electromagnetic Shielding Effectiveness of Smart Materials, Fatigue Fracture Mechanism in Super Long fatigue Life Region of High Strength Steel,
[Keyword] Fatigue strength, Fatigue crack initiation, ceramic film, friction, wear, ceramic film, electromagnetic shielding effectiveness, carbon fiber, ITO film, ZnO film, Fatigue strength, Fatigue fracture mechanism, Super long fatigue life,
[Collaboratible] Development of ceramic film coated materials, Development of smart materials with electromagnetic shileding effectiveness, Improvement of friction and wear properties of functional materials
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