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2013•Journal of Chengdu Aeronautic PolytechnicRequires access

Experimental Study on Aluminum Alloy High-speed Milling Based on Orthogonal Test Design

Zeng Lin-li

Open publisher page 2 citations

Abstract

The cutting force is an important factor of the toolwear and the deformation of processed parts and the cutting parameters is the main factor of the influence on the cutting force.Therefore,the suitable cutting parameteris of great significance to reduce the machining deformation and improve the production efficiency.First,the designmethod of the orthogonal test is used to make the design of the experimental scheme of the cutting parameters of aluminum alloy highspeed milling.Then,the influence on the selection of different cutting parameterson cutting force sizes is analyzed through the actual cutting experiments in order to optimize the choice of cutting parameters.The analysis results provide a reference for the choice of cutting parameters of aluminum alloy high-speed milling.

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What this paper is about

The cutting force is an important factor of the toolwear and the deformation of processed parts and the cutting parameters is the main factor of the influence on the cutting force.Therefore,the suitable cutting parameteris of great significance to reduce the machining deformation and improve the production efficiency.First,the designmethod of the orthogonal test is used to make the design of the experimental scheme of the cutting parameters of aluminum alloy highspeed milling.Then,the influence on the selection of different cutting parameterson cutting force sizes is analyzed through the actual cutting experiments in order to optimize the choice of cutting parameters.The analysis results provide a reference for the choice of cutting parameters of aluminum alloy high-speed milling.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The cutting force is an important factor of the toolwear and the deformation of processed parts and the cutting parameters is the main factor of the influence on the cutting force.Therefore,the suitable cutting parameteris of great significance to reduce the machining deformation and improve the production efficiency.First,the designmethod of the orthogonal test is used to make the design of the experimental scheme of the cutting parameters of aluminum alloy highspeed milling.Then,the influence on the selection of different cutting parameterson cutting force sizes is analyzed through the actual cutting experiments in order to optimize the choice of cutting parameters.The analysis results provide a reference for the choice of cutting parameters of aluminum alloy high-speed milling.

Key concepts: Machining, Deformation (meteorology), Alloy, Aluminium, Selection (genetic algorithm), Mechanical engineering, Structural engineering, Materials science

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