*Michael S.　Titus¹、Ilias Bilionis²、Kenneth Sandhage¹、Alejandro Strachan¹ (1. School of Materials Engineering, Purdue University、2. School of Mechanical Engineering, Purdue University)

11:30 〜 11:45

[32] Ni基超合金TMS-26の高温低応力圧縮初期クリープ変形挙動

*田中克志¹、高島良¹、寺本武司¹、高田裕治²、湯山道也²、大澤真人²、川岸京子² (1. 神戸大　工、2. 物質・材料研究機構)

セッション情報

[G] 耐熱材料

[28] V固溶体におけるB2アルミナイド析出組織および強度の調査

[29] Ti-Zr-Nb-Ta合金二相分離組織に見出された3D「玉ねぎ組織」

[30] The study of phase equilibria and high temperature deformation of Nb-silicide-based refractory metal intermetallic composites

[31] [TMS Young Leader scholarship講演]Enabling oxidation-resistant refractory complex, concentrated alloys via a machine
learning for accelerated materials discovery framework

[32] Ni基超合金TMS-26の高温低応力圧縮初期クリープ変形挙動

認証

セッション情報

[G] 耐熱材料

[28] V固溶体におけるB2アルミナイド析出組織および強度の調査

[29] Ti-Zr-Nb-Ta合金二相分離組織に見出された3D「玉ねぎ組織」

[30] The study of phase equilibria and high temperature deformation of Nb-silicide-based refractory metal intermetallic composites

[31] [TMS Young Leader scholarship講演]Enabling oxidation-resistant refractory complex, concentrated alloys via a machinelearning for accelerated materials discovery framework

[32] Ni基超合金TMS-26の高温低応力圧縮初期クリープ変形挙動

認証

[31] [TMS Young Leader scholarship講演]Enabling oxidation-resistant refractory complex, concentrated alloys via a machine
learning for accelerated materials discovery framework