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Efficiency of technology use for high-speed end milling of hardened parts of GTE fuel equipment
Эффективность применения технологии скоростного торцевого фрезерования деталей топливной аппаратуры ГТД из закалённых сталей
2021
Science intensive technologies in mechanical engineering
Эффективность применения технологии скоростного торцевого фрезерования деталей топливной аппаратуры ГТД из закалённых сталей
Preserved Fulltext
There are shown results of high-speed end milling experimental researches of critical hardened steel parts in fuel control equipment of modern aircraft gas turbine engines (GTE) with the purpose of optimum cutting mode definition ensuring the roughness Ra ≤ 0.63 mkm for the surface worked and deviation from the plane not more than 0.015 mm. The empirical mathematical models of high-speed milling are obtained and optimum cutting modes are defined.
doi:10.30987/2223-4608-2021-7-41-48
fatcat:eg456sbjbbdvjnkksu7n37fwpm