id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fis-2447	Bayandin, Yuriy; Saveleva, Natalia; Naimark, Oleg	Steady plastic wave fronts and scale universality of strain localization in metals and ceramics	2019	14	.pdf	application/pdf	7239	406	49	Present study includes an analysis of the models of elastoplastic materials under shock wave loading taking into account the link between the relaxation mechanisms and the stages of failure with the nonlinear kinetics of mesoscopic defects (microcracks, microshears); identification of model parameters based on the results of dynamic experiments; numerical simulation of plane shock wave loading; verification of the model based on the comparison with the results of original experiments on shock wave loading of samples (metals and ceramics); substantiation on the basis of the results of numerical simulations and experimental data of self-similar propagation of shock wave fronts, the stages of failure in metals and ceramics. Wide- range constitutive equations reflecting the linkage between defect-induced mechanisms and structural relaxation are used in the numerical simulation for shock wave loading of metals and ceramics in the comparison with experiments.	cache/fis-2447.pdf	txt/fis-2447.txt