Correction to: Effects of random laminate misalignment on macroscopic and microscopic elastic/viscoplastic behaviors of ultrafine plate–fin structures

In this study, the effects of random laminate misalignment on macroscopic and microscopic elastic/viscoplastic behaviors ultrafine plate–fin structures are statistically investigated adopting Monte Carlo simulation. To end, a multiscale method that analyzes elastic–viscoplastic behavior with both macroscopically microscopically is proposed based homogenization theory for nonlinear time-dependent materials combined substructure method. Using method, simulations elastic subjected to uniaxial tension or simple shear performed many cases misalignment. The obtained results reveal affects more than behavior; stress viscoplastic strain exhibit considerable variability depending misalignment, their maximum values can become about 30–50% higher those in case without This suggests importance considering design strength/life prediction structures.