Probabilistic Assessment of Life for Gas Turbine Engine Parts Considering Manufacture Tolerances

The paper presents the results of research and analysis of the efficiency of the power systems of the rotor of the gas generator of modern bypass engines with an afterburner. It was revealed that the gas axial forces, which are the difference between the axial forces of the rotors of the high-pressure compressor and its turbine, acting on the front angular contact bearing of the gas generator, can be significantly reduced in order to increase their reliability and service life.

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Research and optimization of axial gas forces in turbines of turbojet bypass engines with afterburner combustion chamber

Malinovsky

Nesterenko

Иванов

2021

J. Phys.: Conf. Ser.

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Algorithm for Gas Turbine Engine Diagnostics with the Use of Empirical Mathematical Model

Ahmed

Osipov

2021

Russ. Aeronaut.

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Probabilistic Assessment of Life for Gas Turbine Engine Parts Considering Manufacture Tolerances

Cited by 2 publications

References 7 publications

Research and optimization of axial gas forces in turbines of turbojet bypass engines with afterburner combustion chamber

Research and optimization of axial gas forces in turbines of turbojet bypass engines with afterburner combustion chamber

Algorithm for Gas Turbine Engine Diagnostics with the Use of Empirical Mathematical Model

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