Additive/Advanced Manufacturing: II and Machine Learning in Nuclear Materials

Will Compositionally Complex Carbide Ceramics be Enabling Materials for Nuclear Energy Applications?

3:15–3:35PM PDT

Bai Cui (Univ. Nebraska, Lincoln), Fei Wang (Univ. Nebraska, Lincoln), Lanh Trinh (Univ. Nebraska, Lincoln), Kaustubh Bawane (INL), Zilong Hua (INL), Linu Malakka (INL), Lingfeng He (NCSU), Khalid Hattar (Univ. Tennessee, Knoxville), Luke Wadle (Univ. Nebraska, Lincoln), Yongfeng Lu (Univ. Nebraska, Lincoln)

Simultaneous Corrosion/Irradiation Testing in Liquid Lead-Bismuth Eutectic (LBE) for FeCrAlY and FeNiCrAlNb Alloys

3:35–3:55PM PDT

Ertugrul Demir (NCSU), Saikumaran Ayyapan (NCSU), Weiyue Zhou (MIT), Michael P. Short (MIT), Djamel Kaoumi (NCSU)

Creep Analysis of Passive Metallic Structures in Nuclear Reactors with Machine Learning

3:55–4:15PM PDT

Ugur Cotul (Purdue Univ.), Gabrielle Carrel (ANL), Lefteri H. Tsoukalas (Purdue Univ.), Alexander Heifetz (ANL)

Fine-Tuned Machine Learning Interatomic Potentials for Predicting Radiation Damage Tolerance in V-Cr-Ti Alloys

4:15–4:35PM PDT

Myles G. Stapelberg (MIT), James Damewood (MIT), James Xu (MIT), Dennis Whyte (MIT), Michael P. Short (MIT)