V. Strizhalo

发表

Jumplike Deformation of Metals Subjected to Pulsed Magnetic Fields and Cryogenic Temperatures

E. Vorob'ev, V. Strizhalo, 2003 .

Assessment of the Limiting Pressure in a Pipe T-Junction with a Longitudinal Surface Defect in the Main Pipe Under Ductile Fracture Conditions

I. Orynyak, V. Strizhalo, S. Ageev, 2014, Strength of Materials.

Analysis of the experimental data on a low cycle fatigue under nonproportional straining

M. V. Borodii, M. Borodii, V. Strizhalo, 2000 .

Prediction of the residual life for materials and structures from acoustic-emission signals

V. A. Strel'chenko, V. Strizhalo, V. Grishko, 1985 .

Deformation and Fracture of 03Kh20N16AG6 Steel under Nonuniform Stress at Temperatures down to 4.2 K

E. Vorob'ev, V. Strizhalo, 2003 .

Determination of Elastic Characteristics of Structural Metals in Micro- and Macroelastic Strain Regions

E. A. Voitenko, V. Strizhalo, A. Voitenko, 2003 .

Resistance of metallic materials to the plasticizing effect of electric current pulses

G. S. Pisarenko, V. Strizhalo, L. Novogrudskii, 1989 .

On the Limiting State of Pearlitic Steel M76 Under the Action of Electric Current

V. Strizhalo, L. Novogrudskii, N. Opravkhata, 2014, Strength of Materials.

Determination of the energy of electroplastic deformation of metals

V. Strizhalo, L. Novogrudskii, 1997 .

Low-temperature interrupted yield of structural alloys

E. Vorob'ev, V. Strizhalo, 1993 .

Improving the accuracy of the determination of elastic characteristics and their temperature dependence

V. Strizhalo, A. Voitenko, 1999 .

Examining cyclic creep of structural alloys using the acoustic-emission method

S. I. Likhatskii, V. Strizhalo, M. V. Kalashkin, 1983 .

LOW‐CYCLE FATIGUE AND CYCLIC CREEP OF METALS

G. S. Pisarenko, V. Troshchenko, V. Strizhalo, 1980 .

On standards for mechanical testing of materials at cryogenic temperatures

L. S. Novogrudskii, V. A. Strizhalo, V. Strizhalo, 2010 .

Low-cycle fatigue of alloy VT1-0 and the change in its fine structure in the temperature range 293–4.2°K

G. Nadezhdin, V. Strizhalo, A. Zinchenko, 1984 .

Influence of electric current on the mechanical characteristics of rail steel

V. Strizhalo, L. Novogrudskii, N. Opravkhata, 2010 .

Regularities in surface crack propagation in AMg6 alloy under low-cycle load

V. Strizhalo, A. Y. Krasovskii, I. Kramarenko, 1984 .

Development of low-temperature jumpwise deformation of metals and possibilities of its elimination

E. Vorob'ev, V. Strizhalo, 1999 .

Development of a constitutive model for biaxial low-cycle fatigue

V. Strizhalo, N. Kucher, M. V. Borodh, 1996 .

Effect of sand blasting on the low cycle fatigue of titanium alloys

Yu. A. Kuzema, B. S. Morozov, V. Strizhalo, 1974 .

Effect of surface-strain-hardening treatment on the low-cycle fatigue of a magnesium alloy

M. V. Baumshtein, A. A. Chernyi, V. Strizhalo, 1983 .

The character of failure of structural steel subject to low-temperature low-cycle fatigue

V. Stepanenko, V. Strizhalo, A. P. Rubel', 1976 .

Resistance to failure of ferrite under prolonged loading conditions

S. G. Nikol'skii, V. Strizhalo, V. P. Terent’ev, 1988 .

Effects of rolling texture on fatigue failure in 07Kh13N4AG20 steel

V. Stepanenko, V. Strizhalo, O. Y. Znachkovskii, 1992 .

Study on the regularities of the transition from quasistatic to fatigue rupture of light alloys under a few load cycles

V. Strizhalo, 1974 .

The effect of low temperature on the cyclic creep and life of aluminum alloys in low cycle fatigue

V. Strizhalo, A. Zinchenko, 1975 .

Low-cycle fatigue of titanium-base alloys at −196 °C

B. S. Morozov, V. Strizhalo, A. Zinchenko, 1973 .

A method of recording creep curves and cyclic deformation diagrams in repeated static loading

V. Strizhalo, L. Shestopal, 1971 .

Effect of cryogenic temperatures on the static and cyclic strength of the parent metal and welded joints in 1201 aluminum alloy

V. Strizhalo, A. Zinchenko, S. Stasyuk, 1988 .

Cyclic creep and low-cycle fatigue of copper alloys at temperatures of 20 and −196 °C

A. A. Chernyi, V. Strizhalo, A. Zinchenko, 1979 .

A unit for investigating the low-cycle fatigue of alloys at cryogenic temperatures

V. Strizhalo, A. Zinchenko, 1972 .

Apparatus for the investigation of low-cycle fatigue of alloys at low climatic temperatures under pulsating tensile load

V. Strizhalo, A. P. Rubel', 1974 .

Investigation of low-cycle fatigue of welded joints in light alloys

Yu. A. Kuzema, V. Strizhalo, A. A. Il’in, 1972 .

Effect of deep cooling on the low-cycle fatigue of PT3V titanium alloy

V. Strizhalo, I. Medved, 1986 .

Low-cycle fatigue of titanium alloys promising for cryogenic generator construction

N. A. Grekov, G. I. Arkovenko, A. A. Chernyi, 1982 .

Quantitative estimation of the resistance of metals to cyclic creep

V. Strizhalo, 1977 .

Cyclic creep of structural alloys and its relationship to the acoustic-emission parameters

V. Strizhalo, M. Kalashnik, 1984 .

Low-endurance fatigue of low-carbon steels at low (climatic) temperatures

V. Strizhalo, A. P. Rubel', 1976 .

Effect of low temperatures on the laws governing the deformation and rupture of steel 15G2AFDps during low-cycle tensile strain

V. Troshchenko, V. Strizhalo, A. P. Rubel', 1975 .

Method of recording cyclic-strain diagrams of metals over a wide range of loading frequencies

V. Troshchenko, V. Strizhalo, L. Shestopal, 1969 .

Influence of Preliminary Plastic Deformation on the Low-Cycle Fatigue of a Titanium Alloy under Conditions of Deep Cooling

V. Strizhalo, 2000 .