rus
Issue #1/2023
V. F. Makarov, M. V. Pesin, A. O. Norin
Quality and Accuracy Increase of Aircraft Engine Parts Productivity on the Basis of Rational Application of Multi-Axis Grinding Machines with CNC
Quality and Accuracy Increase of Aircraft Engine Parts Productivity on the Basis of Rational Application of Multi-Axis Grinding Machines with CNC
DOI: 10.22184/2499-9407.2023.30.1.42.46
The developed technology of nozzle blades machining on a 5 axis CNC profile-grinding centre is presented. It increases productivity and quality of machining by increasing in quantity of machining surfaces of aircraft GTE nozzle blades from one installation, and also application of new highly porous grinding wheels and rational regimes of depth grinding. Combined use of machine tool NC system and special software to correct errors of parts casting surfaces during their installation, turning and depth grinding of base surfaces is considered.
The developed technology of nozzle blades machining on a 5 axis CNC profile-grinding centre is presented. It increases productivity and quality of machining by increasing in quantity of machining surfaces of aircraft GTE nozzle blades from one installation, and also application of new highly porous grinding wheels and rational regimes of depth grinding. Combined use of machine tool NC system and special software to correct errors of parts casting surfaces during their installation, turning and depth grinding of base surfaces is considered.
Теги: depth grinding flow-through section grinding wheels machined surfaces number of passes of blade casting errors turbine nozzle blades глубинное шлифование количество проходов погрешности литья лопаток обрабатываемые поверхности проходное сечение сопловые лопатки турбины шлифовальные круги
Quality and Accuracy Increase of Aircraft Engine Parts Productivity on the Basis of Rational Application of Multi-Axis Grinding Machines with CNC
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