Nickel (Ni)-based superalloys are used for safety-critical components in the aerospace
industry because of their high strength at elevated temperatures. These materials are …

Reduced order models for the nonlinear response of heterogeneous microstructures
typically require a construction (or training) stage to build the reduced order basis. In this …

A finite element framework is developed to resolve the intragranular fields of incompatible
deformation generated intrinsically in response to applied deformation, through linear …

We investigate the influence of subsurface microstructure on the micromechanical and slip
activity fields at the free surface on a polycrystalline Ni-based superalloy under deformation …

Crystal plasticity-based digital twins are an alternative to expensive and time-consuming
experiments for the investigation of micro-mechanical material behavior. However, before …

Nickel (Ni)-based superalloys have high strength at elevated temperatures, making them
ideal candidates for aerospace components exposed to thermo-mechanical loads. Thermo …

Significant uncertainty in the mechanical behavior of additively manufactured metals can
arise from complex, stochastic microstructures. Using experiments alone to quantify this …

Crystal Plasticity (CP) modeling is well-known for the accurate prediction of averaged
quantities such as the stress-strain response and the evolution of crystallographic texture. It …

In this study, deformation behaviors at the grain level of coarse-grained ultralow carbon steel
subjected to uniaxial tension and simple shear were simulated by using a crystal plasticity …

抄録 In this study, deformation behaviors at the grain level of coarse-grained ultralow carbon
steel subjected to uniaxial tension and simple shear were simulated by using a crystal …