Korea, Republic of (South Korea)
Korea Institute of Machinery and Materials (KIMM)
fracture toughness, 316L stainless steel, Unloading compliance method, Normalization method, Correction method, Cryogenic temperatures
Spherical indentation, Artificial neural networks, Material characterization, Inverse analysis, Voce hardening model, Non-equi-biaxial residual stress
Artificial neural network, Spherical indentation test, Material parameter identification, Unique determination, Voce equation, Residual imprints
Continuum damage mechanics, Stress triaxiality, Ductile failure, Damage evolution, Damage measurement
