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Evaluation of low cycle fatigue based on the use of Coffin-Manson dependence under zero-to-“soft” loading cycle
Pavlov V.F., Kirpichyov V.A., Kocherova E.E., Zlobin A.S.
Research of the validity of forecasting low cycle durability of gas turbine engine parts based on Manson’s equation
Porter А.M., Bukatyi S.A., Leshin D.P.
Relation between characyeristics of low-cycle and high-cycle fatigue of threaded parts and residual stresses
Zlobin A.S.
Problems fatigue (HCF) of constructional materials and detals GTE
Petukhov A.N.
Aspects of simulating stable low-cycle fatigue crack growth in the main parts of aircraft gas turbine engines
Ryabov A.A., Mokhov K.Y., Voronkov O.V., Kudryavtsev A.Y., Museev A.A.
Kinetic equation of stable growth for low cycle fatigue cracks
Tumanov N.V.
Increase durability of gas turbine disks
Nikishov O.V., Krutsilo V.G.
Design of experiments for verification of computational life prediction methods
Samsonova O.V., Fetisov K.V., Karpman I.V., Burtseva I.V.
Estimation of residual stress influence on the low-cycle fatigue of threaded parts
Zlobin A.S.
Conception of cycle life additivity and its application for determining the resource of aero engine disks
Tumanov N.V., Lavrentyeva M.A.
Effect of "trivalent" chrome plating structural steel on its performance
Salakhova R.K., Semionychev V.V., Ilyin V.A.
Kinetic diagram of slow fatigue crack growth. Crack growth
Khibniсk T.A., Koltsoun Y.I.
Application of the cyclic life additivity concept for the determination of service life of aero engine disks made from powder alloys
Tumanov N.V., Lavrentyeva M.A., Vorobyeva N.A., Kalashnikova A.I.
Installation for strengthening local thermoplastic turbulent disc
Krutsilo V.G., Nikishov O.V.
Multi-scale complex failure analysis of aero engine compressor disks
Tumanov N.V., Porter A.M., Lavrentyeva M.A., Cherkasova S.A., Vorobyova N.A., Lyoshin D.P.
Study of mechanisms of low cycle fatigue crack propagation in aero engine disks under operating conditions and disk residual life estimation
Tumanov N.V., Cherkasova S.A., Lavrentyeva M.A., Vorobyeva N.A.
Authenticity of the vibration tests. Diagnosis and prediction of fatigue failure
Ovchinnikov I.N., Ermishkin V.A.
the research of the influence of the maximal stress duration in the cycle of loading upon the low-cycle fatigue and the long-term strength of the turbine shaft made of the material ЭИ 961-Ш
1 1., 1 1., 1 1.
Experiment-calculated research of the influence of the shot-peening strengthening upon the low-cycle fatigue of the gas turbine parts with the stress concentrator
Porter A.M., Bukaty S.A., Leshin D.P., Bukaty A.S.
Study of cycle life of a material in conditions of low-cycle fatigue and long-term strength
Bukatyi S.A., Okrugin A.A.
Instrument to measure material resistance to thermo-mechanical fatigue
Tikhomirova E.A., Azizov T.N., Sidokhin E.F.
Laws of life dispersion and statistical estimation of life distribution boundaries as applied to aviation engine LPC disks
Kutyrev V.V., Teplova S.V.
Forecasting low-cycle fatigue life of gas-turbine engine parts by the method of equivalent tests for specimens with stress concentrator under extension-compression
Bukatyy S.A., Pakhomenkov A.V., Solntsev G.A., Bukatyy A.S.
3D-kinetic characteristics of slow fatigue crack growth in the aluminum alloy D16T
Kol’tsoun Y.I., Molyavko D.P., Ignatovskiy A.D., Khibnik T.A.
The new testung method of coatings on high-temperature alloys
Tikhomirova E.A., Sidokhin E.F.
Modeling stable growth of fatigue cracks in aero engine turbine discs under simple and complex loading cycles
Tumanov N.V., Lavrentyeva M.A., Cherkasova S.A., Servetnik A.N.
Criterion of optimization of slow fatigue crack growth in metals and alloys
Kol’tsoun Y.I., Molyavko D.P., Ignatovskiy A.D., Khibnik T.A.
Questions of HCF for materials and details modern GTE
Petukhov A.N.
Methods of evaluating low-cycle fatigue of gas turbine engine parts exemplified by a high-pressure turbine cover plate
Kocherova E.E.
Analysis of the results of thermal cycic tests using TC-maps and problems of investigating thermal fatigue of materials
Tikhomirova E.A., Sidokhin E.F.
Analysis of stress distribution in the dangerous section area of specimens with fillets under bending using the finite-element modeling method
Vakuljuk V.S.
Analysis of the results of fatigue tests of cylindrical specimens with fillets using the method of finite element modeling
Vakulyuk V.S.
1 - 32 of 32 Items

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