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Mathematical Models and Computing Experiment in Material Science

№ 16 2014

Content

V.Lukovich
A simple mathematical model for calculation of the potential on the outer surface of the pipeline insulation 		3
A.Maksimenko
Modeling of multi-step loading of porous copper specimen duringspark plasma sintering		8
S.A.Оsadchuk, L.S.Nyrkovа, A.A.Rybakov, V.Lukovich
Investigation of the cathodic polarization influence on the degradation of polymer type cover in 3% NaCl solution at the laboratory stand		13
Y.Rogoviy, V.Kartuzov, V.Ogorodnikov
Calculation of elastic modules of transitional metals diborides		20
A.Khachatrian
Ab initio calculation of the characteristic parameters of boride eutectic composites formation		25
A.Khomenko, O.Khomenko
Usage amis software for quantified metallography		35
M.O.Shevchenko, V.G.Kudin, †V.Berezuckiy, M.Ivanov, V.Sudavtsova
Assessments of the liquidus curve coordinates of the phase diagrams for binary systems 		43
K.Borysovska
The influence of grain size on fracture toughness in metals		52
A.V.Borovik
Modeling the mechanism of inelastic shear between fibers in a material with a unidirectional structure by thin ideally plastic interlayer 		59
V.Kartuzov, A.Bystrenko, I.P.Motienko
Simulation of structure formation in the process of directional crystallization of LaB6—ZrB2		69
I.Krasikova, V.Kartuzov, I.Krasikov
The program implementation of the algorithm for two-dimensional image processing to calculate multifractal characteristics		74
†A.Lisenko, V.Ogorodnikov, V.Kartuzov
First principle self-assembly simulation of the Ti14C13 and Ti13C14 nanoclusters		80
†A.Lisenko
Theoretical study of stability composite nanotubes C—BN—C		92
V.Ogorodnikov, O.Grigoriev, V.Bekenev, V.Kartuzov
Molecular dynamics simulation of the physical and mechanical properties of titanium carbide nanocrystals		102
V.Kartuzov, A.Machulenko, K.Iefimova
Simulation modelling of the formation of eutectic structures based on cellular automata method		120
V.Kartuzov, A.Pryadko, A.Pryadko
Simulation of the heat transfer in applying an impact-resistant coating on titanium substrate (using the cellular automata method)		133

Edition