Predicting Microstructure-Sensitive Fatigue-Crack Path in 3D Using a Machine Learning Framework

RT @MMMLabUtah: Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JO…

RT @MMMLabUtah: Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JO…

RT @MMMLabUtah: Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JO…

RT @MMMLabUtah: Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JO…

RT @MMMLabUtah: Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JO…

Machine learning models learn to predict the growth of a 3D crack surface in a polycrystalline material. Latest issue of JOM! @TMSSociety #MachineLearning #materials #UQ https://t.co/l311ZLWOtE https://t.co/hqcKUp4wr6

RT @aowabin: Journal article I co-authored for @MMMLabUtah on predicting #fracture behavior in #materials using #MachineLearning : https://…

RT @aowabin: Journal article I co-authored for @MMMLabUtah on predicting #fracture behavior in #materials using #MachineLearning : https://…