Y. Meshkov

发表

Dependence of the Critical Temperature Magnitude at Impact Toughness Tests on the Parameters of the Microstructure of Martensitic Low-Carbon Steels

V. Grishchenko, S. Kotrechko, Y. Meshkov, 2016 .

Physical Fundamentals of a Local Approach to Analysis of Brittle Fracture of Metals and Alloys

S. Kotrechko, Y. Meshkov, 2001 .

Mechanics and physics of quasibrittle fracture of polycrystalline metals under the conditions of stress concentration. Part I. Experimental results

S. Kotrechko, Y. Meshkov, D. Nikonenko, 1997 .

Effect of long-term service on the tensile properties and capability of pipeline steel 17GS to resist cleavage fracture

V. Torop, A. Krasowsky, S. Kotrechko, 2004 .

Mössbauer effect in deformed Fe–C alloys

O. N. Razumov, V. Nemoshkalenko, V. Gridnev, 1975 .

Investigation of Carbide Phase in Strained Steel by the Method of Nuclear Gamma Resonance

V. Gridnev, V. G. Gavrilyuk, P. Nizin, 1972, December 16, 1972.

Effect of the size of martensite laths and carbide particles on the “brittle” strength of low-carbon martensitic steels

S. Kotrechko, Y. Meshkov, R. V. Televich, 2006 .

Evaluation of the In-service Degradation of Steels of Gas Pipelines According to the Criterion of Mechanical Stability

Y. Meshkov, О. І. Zvirko, А. V. Shyyan, 2015, Materials Science.

A concept of mechanical stability of structural steels

S. Kotrechko, Y. Meshkov, 2009 .

Application of the parameter of defect resistance to the evaluation of the susceptibility of structural steels to brittle fracture

E. I. Yakushechkin, S. Kotrechko, Y. Meshkov, 1997 .

The Concept of a Critical Density of Energy in Models of Fracture of Solids

Y. Meshkov, 2001 .

The effect of heating rate on reverse transformations in steels and Fe-Ni-based alloys

E. Pereloma, Y. Meshkov, 2012 .

Mechanics and physics of quasibrittle fracture of polycrystalline metals under conditions of stress concentration. Part 2. Theoretical basis

S. A. Kotrechko, Yu. Ya. Meshkov, S. Kotrechko, 1999 .

Defect resistance as a measure of the resistance of steels containing stress raisers to brittle fracture

Y. Meshkov, D. Nikonenko, G. S. Mettus, 1986 .

Mechanics and physics of quasibrittle fracture of polycrystalline metals under conditions of stress concentration Part 3. Toughness of metals and alloys

S. Kotrechko, Y. Meshkov, D. Nikonenko, 2000 .

On Tetragonality of the Martensite Crystal Lattice in Steels

E. Pereloma, Y. Meshkov, V. Lobodyuk, 2018, Metallurgical and Materials Transactions A.

Problem of the physical nature of relationship between micro- and macroyielding

V. Kosarchuk, S. Kotrechko, E. Bogdanov, 1990 .

Dependence of yield strength on the structure of perlitic steel

Y. Petrov, V. Gridnev, Y. Meshkov, 1972 .

Effects of the segregation of silicon and manganese on the formation of acicular ferrite in the structure of a weld

I. K. Pokhodnya, A. Korsun, Y. Meshkov, 1987 .

Tetragonality and Real Crystal Structure of Martensite in the Carbon Steels

Y. Meshkov, V. Lobodyuk, 2022, METALLOFIZIKA I NOVEISHIE TEKHNOLOGII.

Two Approaches to the Problem of A. Griffith on the Strength of Solids

Y. Meshkov, 2005 .

An approach to predicting the limiting state of reactor pressure vessel metal on the basis of the mechanical stability concept

S. Kotrechko, Y. Meshkov, 2012, Strength of Materials.

Mechanical stability paradigm for prediction of rpv service life

S. Kotrechko, Y. Meshkov, L. Chyrko, 2012, 1204.6706.

Mechanical Stability — Universal Measure of Resistance to Transition in a Brittle State of Metal

A. V. Shiyan, S. Kotrechko, Y. Meshkov, 2009 .

Computer simulation of effect of grain size distribution on Weibull parameters

I. Dlouhý, S. Kotrechko, Y. Meshkov, 2001 .

Influence of Strength on Susceptibility to Embrittlement of Steels under Action of Stress Raisers

A. V. Shiyan, Y. Meshkov, Yu. O. Polushkin, 2016 .

Model of the failure of steel under conditions of stress concentration

S. Kotrechko, Y. Meshkov, G. S. Mettus, 1992 .

Strength and Utility of Metals in Construction

A. V. Shiyan, Y. Meshkov, 2018, Steel in Translation.

On predicting cold brittleness of steels under the effect of stress concentrators

Y. Meshkov, 1997 .

Effect of volumetric stressed state on yielding of iron and carbon steels. Communication 1. Physical model of polycrystal yielding with a complex stressed state

S. Kotrechko, Y. Meshkov, 1994 .

Effect of the spherical tensor on the yield of iron and carbon steels

S. Kotrechko, Y. Meshkov, 1987 .