中江 秀雄 (ナカエ ヒデオ)

写真a

所属

理工学術院

職名

名誉教授

学位 【 表示 / 非表示

  • 博士(工学)

  • 工学博士

所属学協会 【 表示 / 非表示

  •  
     
     

    日本金属学会

  •  
     
     

    軽金属学会

  •  
     
     

    日本鋳造工学会

  •  
     
     

    日本鉄鋼協会

  •  
     
     

    日本鋳物協会

 

研究分野 【 表示 / 非表示

  • 金属生産、資源生産

  • 材料加工、組織制御

  • 金属材料物性

研究キーワード 【 表示 / 非表示

  • 鋳造工学

  • 凝固工学

  • 金属材料

書籍等出版物 【 表示 / 非表示

  • 材料プロセス工学(マテリアル工学シリーズ;6)

    朝倉書店  2003年

  • 鋳型材料と鉄合金の漏れ

    赤外線加熱工学ハンドブック/アグネ技術センター  2003年

  • ステンレス鋳鋼におけるセミフルモード法の実用化:New Semi-full Mold Process for stainless Steel Castings

    JACT NEWS  2003年

  • 総論鋳鉄の製造方法と材質、機械的性質、総論鋳鉄の製造方法と材質、溶解法

    鋳造工学便覧 日本鋳造工学会編 丸善㈱  2002年

  • 漏れ、その基礎と応用(その1)Fundamentals of wetting phenomena and applications, Part.1

    金属工学便覧  2002年

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Misc 【 表示 / 非表示

  • Influence of Melting Conditions on Graphite Morphology in Spheroidal Graphite Cast Iron Using Ni-C Morphology in Spheroidal Graphite Cast Iron Using Ni-C Alloys

    Trans Tech Publications,Switzerland   457   33 - 42  2011年

  • Influence of Ti on Graphite Morphological Transition in Flake Graphite Cast Iron

    Hideo Nakaee, Kyohei Fujimoto

    SCIENCE AND PROCESSING OF CAST IRON IX   457   25 - +  2011年

     概要を見る

    The morphological transition from the A-type to D-type graphite (undercooled graphite) in cast iron has been studied using Fe-3.5%C-2.0%Si-0/0.1%Ti samples. The samples were prepared using a high frequency induction furnace flowing Ar atmosphere using 0.25% steel rods with or without Ti addition. The samples had Ti contents that ranged from 0 to 0.10% at 5 different levels by the addition of sponge titanium. The cooling curves of these melts were measured in a shell mold with an inside diameter of 30mm and 50mm height and in four BN-coated steel cup molds with a volume of 30ml each. The cooling curves were measured by CA thermocouples located at the center. The cooling curves were differentiated to determine the transition points, namely the onset and end points of the eutectic solidification. Three out of the four samples, solidifying in steel molds, were quenched during the eutectic solidification and their macro-structures and micro-structures were observed for the determining the solidification mode.
    The volume fractions of the D-type graphite area in the samples were measured using 30 microscope images of 50x magnification, and their eutectic temperature was also determined using their cooling curves. The volume fraction of the shell mold samples increased with the Ti addition from 5% to 55%, and if the Ti content was greater than 0.05%, the acceleration occurred with their maximum undercooling, Delta T-MAX. The critical undercooling temperature, T-A/D, and the critical solidification rate, R-A/D, of the A-type to D-type graphite transition were determined by comparing the volume fractions to the solidification time. The Delta T-MAX and T-A/D values increased with the Ti addition. This is the main reason why the Ti addition accelerates the D-type graphite increase.

    DOI

  • 専修寺御影堂の瓦釘の材質調査

    中江 秀雄, 安井 純一, 峯田 元治

    「鉄と鋼」   97 ( 1 ) 7 - 11  2011年

    DOI CiNii

  • Influence of Melting Conditions on Graphite Morphology in Spheroidal Graphite Cast Iron Using Ni-C Morphology in Spheroidal Graphite Cast Iron Using Ni-C Alloys

    Trans Tech Publications,Switzerland   457   33 - 42  2011年

  • Influence of Ti on Graphite Morphological Transition in Flake Graphite Cast Iron

    Hideo Nakaee, Kyohei Fujimoto

    SCIENCE AND PROCESSING OF CAST IRON IX   457   25 - +  2011年

     概要を見る

    The morphological transition from the A-type to D-type graphite (undercooled graphite) in cast iron has been studied using Fe-3.5%C-2.0%Si-0/0.1%Ti samples. The samples were prepared using a high frequency induction furnace flowing Ar atmosphere using 0.25% steel rods with or without Ti addition. The samples had Ti contents that ranged from 0 to 0.10% at 5 different levels by the addition of sponge titanium. The cooling curves of these melts were measured in a shell mold with an inside diameter of 30mm and 50mm height and in four BN-coated steel cup molds with a volume of 30ml each. The cooling curves were measured by CA thermocouples located at the center. The cooling curves were differentiated to determine the transition points, namely the onset and end points of the eutectic solidification. Three out of the four samples, solidifying in steel molds, were quenched during the eutectic solidification and their macro-structures and micro-structures were observed for the determining the solidification mode.
    The volume fractions of the D-type graphite area in the samples were measured using 30 microscope images of 50x magnification, and their eutectic temperature was also determined using their cooling curves. The volume fraction of the shell mold samples increased with the Ti addition from 5% to 55%, and if the Ti content was greater than 0.05%, the acceleration occurred with their maximum undercooling, Delta T-MAX. The critical undercooling temperature, T-A/D, and the critical solidification rate, R-A/D, of the A-type to D-type graphite transition were determined by comparing the volume fractions to the solidification time. The Delta T-MAX and T-A/D values increased with the Ti addition. This is the main reason why the Ti addition accelerates the D-type graphite increase.

    DOI

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Works(作品等) 【 表示 / 非表示

  • 発明奨励賞 平成5年度 関東地方発明表彰

受賞 【 表示 / 非表示

  • 日本鋳造工学会 論文賞

    2003年  

  • 日本鋳造工学会論文賞

    2001年  

  • 日本金属学会論文賞

    1999年  

  • 日本鉄鋼協会 三島賞

    1998年  

  • 日本金属学会論文賞

    1995年  

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共同研究・競争的資金等の研究課題 【 表示 / 非表示

  • 凝固機構

  • 鋳鉄

  • 鋳造複合材料

  • 界面反応によるNi3Al金属間化合物のIn Situ製造・成型法に関する研究

  • 鋳造法による金属基複合材料の製造法

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委員歴 【 表示 / 非表示

  • 2003年
    -
    2005年

    日本金属学会  理事

  • 2002年
    -
    2004年

    日本鋳造工学会  会長

  • 1997年
    -
    1999年

    軽金属学会  編集幹事・理事

  • 1996年
    -
    1998年

    日本鉄鋼協会  理事

  • 1998年
    -
     

    日本鋳造工学会  副会長

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