NAGAO Mitsuo

ナガオミツオ | NAGAO Mitsuo

Research field (15)： Computational science , Science education , General surgery, pediatric surgery , Fluid engineering , Environmental load reduction/restoration technology , Design engineering , Measurement engineering , Control and systems engineering , Biomedical engineering , Mechanics and mechatronics , Machine elements and tribology , Control and systems engineering , Mechanics and mechatronics , Robotics and intelligent systems , Biomaterials

Research keywords (13)：機械設計製図 , fluid diode , air pressure , anterior cruciate ligament , sound , Knee joint, locomotive, balance, alignment, lower limbs , evaluation technique , Softness / static-dynamic elastic properties / soft material / air jet , fluid machinery , joint , biomedical measurement , softness , medical instrument

Research theme for competitive and other funds (7)：

2021 - 2024 Development of AI medical care system that predicts / prevents locomotor syndrome from knee joint sound and balance ability
2021 - 2022 Construction and trial production of a module system that diagnoses walking longevity with AI support
2021 - 2022 Comprehensive engineering verification of infectious disease CU (Care Unit)
2020 - 2021 Prediction and prevention of locomotive syndrome; Prototype development of measuring device that contributes to longevity of walking
2019 - 2020 Evaluation of environmental strength of honeycomb panel rescue station for infectious disease and heat stroke; refugee camp specification

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Papers (64)：

Mitsuo Nagao、Buntara Sthenly Gan. Measures against infectious diseases caused by wind load Examination of strength of CU structure (Building Standard Law Enforcement Ordinance Article 87). FY2021 ・ Achievements of problem-solving medical and welfare equipment development projects-report. 2022. 1-28
Mituso NAGAO, Buntara Sthenly Gan. Improvement for outdoor installation of panel-assembled emergency room"Development of virus infection countermeasure technology, verification by numerical calculation of strength of rigid urethane foam panel and environmental load resistance" 2020 Tokyo Ori-Para. 令和2年度医療福祉機器開発事業-成果報告書. 2021. 1-95
長尾光雄,横田理,山田悠人. Dent Deformation Behavior of Flexible Materials Received by Monotonic and Cyclic Step Loadings of Air Jet. 圧力技術. 2020. 58. 3. 35-43
長尾光雄,Buntara Sthenly Gan. Verification of environmental load resistance of panel assembly type ER for refugee camps by numerical calculation. 令和元年度医療福祉機器開発事業-成果報告書. 2020. 1-35
島田二郎,石澤秀忠,神田雅彦,長尾光雄,ガン-ブンタラ-ステンリー,箭内武,堀瀬友貴,村垣善浩. Possibility of panel assembly type ER. Bio Clinica. 2020. 35. 3. 43-49

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MISC (14)：

Masahiko KANDA, Hidetada ISHIZAWA, Mitsuo NAGAO. Possibility of Infection Prevention Products in Covid-19 Pandemic Using Corrugated Cardboard Material ( Necessity of Equipment Development and Stockpiling for Disaster Countermeasures ). Journal of Japan Society for Design Engineering. 2021. 56. 2. 71-76
Mitsuo NAGASO. Series [46th]:Walking longevity is "From Fukushima" Proposal of locomo prevention viewed from early diagnosis of osteoarthritis of the knee (KOA). 月間財界ふくしま. 2019. 48. 7. 121-135
Mitsuo NAGAO, Buntara Sthenly Gan. Improvement for outdoor installation of panel assembly type emergency room: Various member strength test and numerical simulation analysis / 2020 Tokyo Ori-Para. Medical welfare equipment development project that appeals to the world in the Tokyo Olympics Paralympic Games-Result report. 2019. 1-84
Mitsuo NAGAO. Feature Articles; Suffering and Wisdom for the Reason that Mankind has Evolved into an Upright Biped Walking. JSME, Bioengineering News. 2018. 47. 6-9
長尾光雄. パネル組立型救急救命室の屋外設置に向けた改善; 矩形梁の曲げ強度試験. 平成29年度東京オリンピック・パラリンピックで世界にアピールする医療福祉機器開発事業-成果報告書. 2017. 1-10

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Patents (10)：

Methods and systems that use acoustic information obtained from joints as an index of joint status
Methods and systems that use acoustic information obtained from joints as an index of joint status
生体用音響センサ及び生体音響センサを用いた診断システム
外科用開孔装置
椎間板硬度計測装置

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Books (3)：

生体情報センシングとヘルスケアの最新応用
(株)技術情報協会 2017 ISBN:9784861046612
はじめて学ぶ機械設計製図
オーム社 1992
新機械設計製図演習7.油圧機器と油圧回路
オーム社 1988

Lectures and oral presentations (347)：

Global development of the environment for the realization of a society where human beings can walk for longevity and achieve well-being
(Osaka Public University Graduate School-Graduate School of Medicine-Orthopedics Joint Research Meeting 2022)
Challenging the possibility of preventing frailty and locomotive syndrome through leg bending and stretching
(Nihon University - New Technology Briefing 2022)
Research on construction of soft material measurement system for viscoelastic properties
(Medical Creation Fukushima 2022 (18th medical equipment exhibition) 2022)
From knee osteoarthritis to locomotive syndrome-Study on early diagnosis support system construction
(Medical Creation Fukushima 2022 (18th medical equipment exhibition) 2022)
Research on the construction of a viscoelasticity measurement system for everyday soft materials
(Medical Creation Fukushima 2022 (18th medical equipment exhibition) 2022)

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Committee career (65)：

2022/04 - 2024/03 Japan Society of Materials Science; Tohoku Branch Member of the Diet
2022/04 - 2024/03 Japan Society of Mechanical Engineers Bioengineering Division / Skin Mechanics Measurement and Evaluation Study Group
2021/04 - 2023/03 日本設計工学会東北支部支部長
2021/04 - 2023/03 日本設計工学会理事
2021/09 - 2022/11 Japan Society of Mechanical Engineers M & M 2022 Strength of Materials Conference; Executive Committee

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Awards (5)：

2019/07 - 第2回福島テックプラングランプリ福島テックプラングランプリ- 菊池製作所賞チーム:J-Acoustics,テーマ:関節音から運動器症候群を予知・予防し,健康でアクティブな社会を実現する
2018/05 - (公社)日本設計工学会 Excellence Presentation Award Performance and biomechanics of knee joint angle gauge
2016/05 - Japan Society for Design Engineering Cornerstone Award of design 永きにわたり本会の会員として活躍され設計工学の発展に寄与されました
2013/05 - (公社)日本設計工学会優秀発表賞人工の疑似しこりを用いた筋硬度計の硬軟探索に関する研究
2007/05 - (社)日本設計工学会功労賞設計工学の発展に寄与されましたのでその功労を顕彰

Association Membership(s) (3)：

The japan society of mechanical engineers , Japan society for design engineering , The society of materials science japan

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