A Compound Elastoplastic Model with Hydrostatic Core and Fracturing for Localization of Nonlinear Deformations in Ice During a Low-Speed Impact - Guseva, E. K.; Golubev, V. I.; Epifanov, V. P.; Petrov, I. B. (Numerical analysis and applications, 2025)
Keywords: Cracking (fracturing); Deformation; Dynamic loads; Elastoplasticity; Experiments; Fracturing; Laboratories; Localization; Low speed; Mathematics; Mathematics and Statistics; Numerical Analysis; Rheology; Sensors; Strain rate; Velocity; elastoplasticity; fracturing; ice rheology; hydrostatic core; nonlinear waves