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TOP > Personal Info. > Grants-in-aid for Scientific Research Researcher DataBase - Personal Information : KIKUCHI Shoichi Grants-in-aid for Scientific Research 【Grants-in-aid for Scientific Research 】 [1]. 不均質ミクロ構造群をベースとした均質網目構造制御による多機能金属設計指針の確立 ( 2024/4 ~ 2027/3 ) Grant-in-Aid for Transformative Research Areas(B) leader [Notes] 研究領域:柔と剛の不均質構造が拓く超越材料設計学 [2]. 脆性材料表面にミクロな塑性変形をもたらすピーニング加工の方法論構築と改質効果解明 ( 2024/4 ~ 2027/3 ) Grant-in-Aid for Scientific Research (B) member [3]. 柔と剛の不均質構造が拓く超越材料設計学 ( 2024/4 ~ 2027/3 ) Grant-in-Aid for Transformative Research Areas(B) member [4]. 4次元的損傷分散概念に基づく多機能ヘテロ金属創製原理の創発 ( 2022/4 ~ 2025/3 ) Grant-in-Aid for Scientific Research (B) leader [Notes] 23K22630 22H01359 (2022-2023) [5]. がん転移に関わる細胞分化機構解明を目的とした細胞-細胞間引張強度測定技術の創成 ( 2021/7 ~ 2023/3 ) Challenging Research(Exploratory) leader [6]. マルチスケール計測による高機能ヘテロ構造材料の4次元損傷評価 ( 2019/4 ~ 2022/3 ) Grant-in-Aid for Scientific Research (B) leader [7]. 調和組織材料の革新的力学特性発現機構の解明と次世代構造材料創製指導原理の創発 ( 2018/6 ~ 2023/3 ) Grant-in-Aid for Scientific Research (S) member [8]. 高輝度放射光4D-DCTによるMg合金の疲労き裂発生に及ぼす双晶変形の影響の解明 ( 2018/4 ~ 2024/3 ) Grant-in-Aid for Scientific Research (C) member [9]. 散逸エネルギ発生メカニズム究明とこれによる疲労強度推定の高度化 ( 2017/4 ~ 2020/3 ) Grant-in-Aid for Scientific Research (B) member [10]. 大気圧プラズマと高周波誘導加熱を利用したチタン合金の超短時間窒化プロセスの開発 ( 2016/4 ~ 2018/3 ) Grant-in-Aid for Challenging Exploratory Research member [11]. ヘテロ構造制御による高機能チタンの創製とその損傷メカニズムの解明 ( 2015/4 ~ 2018/3 ) Grant-in-Aid for Scientific Research (C) leader [12]. 高温微粒子ピーニングによる構造用鋼の多機能化と効果発現メカニズム ( 2014/4 ~ 2018/3 ) Grant-in-Aid for Scientific Research (B) member [13]. 高輝度放射光を用いた回折コントラスト・ラミノグラフィーによる4D材料損傷評価 ( 2014/4 ~ 2017/3 ) Grant-in-Aid for Scientific Research (B) member [14]. 高速窒素拡散を利用した低温窒化プロセスによる高強度純チタンの創製 ( 2012/4 ~ 2015/3 ) Grant-in-Aid for Young Scientists (B) leader [15]. 硬質皮膜を利用した高疲労強度部材の創製とその疲労寿命予測法の開発 ( 2010/4 ~ 2012/3 ) Grant-in-Aid for Research Activity Start-up leader
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