2004•Acta Aeronautica Et Astronautica SinicaRequires access

Research on the NC Machining Technique of Blisk

Wang Wen-hugy

Open publisher page 9 citations

Abstract

Blisk is a new integrated structure of blades and disk actually used in the aero-engine of high thrust-weight ratio. Based on the study of the state-of-the-art of the Blisk manufacturing technology worldwide, a convenient manufacturing process and key technique of 5-axis NC machining are proposed in this paper, Such novelties include analyses of blisk-tunnel feature and partition of manufacturing area, determination of optimal orientation of cutter axis and its refinement, efficient rough-cutting of the tunnel, high-precision shaping, control of Blisk distortion and vibration reduction of cutter and blade. Preliminary results of cutting test verify the validity of the techniques mentioned above.

About this research paper

What this paper is about

Blisk is a new integrated structure of blades and disk actually used in the aero-engine of high thrust-weight ratio. Based on the study of the state-of-the-art of the Blisk manufacturing technology worldwide, a convenient manufacturing process and key technique of 5-axis NC machining are proposed in this paper, Such novelties include analyses of blisk-tunnel feature and partition of manufacturing area, determination of optimal orientation of cutter axis and its refinement, efficient rough-cutting of the tunnel, high-precision shaping, control of Blisk distortion and vibration reduction of cutter and blade. Preliminary results of cutting test verify the validity of the techniques mentioned above.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Blisk is a new integrated structure of blades and disk actually used in the aero-engine of high thrust-weight ratio. Based on the study of the state-of-the-art of the Blisk manufacturing technology worldwide, a convenient manufacturing process and key technique of 5-axis NC machining are proposed in this paper, Such novelties include analyses of blisk-tunnel feature and partition of manufacturing area, determination of optimal orientation of cutter axis and its refinement, efficient rough-cutting of the tunnel, high-precision shaping, control of Blisk distortion and vibration reduction of cutter and blade. Preliminary results of cutting test verify the validity of the techniques mentioned above.

Key concepts: Machining, Distortion (music), Numerical control, Thrust, Computer science, Mechanical engineering, Process (computing), Vibration

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