*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 AM - 11:45 AM

[32] Primary creep behavior at high temperatures low stresses in Ni-base super alloy TMS-26

*Katsushi TANAKA¹, Ryo TAKASHIMA¹, Takeshi TERAMOTO¹, Yuji TAKATA², Michinari YUYAMA², Makoto OSAWA², Kyoko KAWAGISHI² (1. Dept. Mech. Eng., Kobe Univ., 2. NIMS)

Session information

[G] Heat Resistant Materials

[28] Investigation of microstructure and strength of V solid solution with B2 aluminide precipitates

[29] 3D "onion structure" found in a Ti-Zr-Nb-Ta alloy two-phase microstructure

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

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

[32] Primary creep behavior at high temperatures low stresses in Ni-base super alloy TMS-26

Authentication

Session information

[G] Heat Resistant Materials

[28] Investigation of microstructure and strength of V solid solution with B2 aluminide precipitates

[29] 3D "onion structure" found in a Ti-Zr-Nb-Ta alloy two-phase microstructure

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

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

[32] Primary creep behavior at high temperatures low stresses in Ni-base super alloy TMS-26

Authentication

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