Abstract

This paper has been formally retracted because it has been accidentally published after a mistake in the process of sorting out the proceedings papers. Request approved by the proceedings Editor and the Publisher on January 18, 2023.

Highlights

  • With the rapid development of the economy, advanced technologies and advanced materials are emerging one after another

  • The following is an indepth analysis of the relevant research on the machining technology of fiber-reinforced composite materials [1]

  • There are potential problems in the mechanical processing of fiber-reinforced composite materials, such as: increased operating temperature, abrasion of cracks during cutting, high temperature of residual heat during processing, and materials are prone to classification and other problems

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Summary

Introduction

With the rapid development of the economy, advanced technologies and advanced materials are emerging one after another. Materials mainly composed of fiberreinforced composite materials play an important role in the application process. This material has extremely strong aging resistance and high strength. The fiber-reinforced composite material meets the needs of industrial and construction industries for material performance to a certain extent. The following is an indepth analysis of the relevant research on the machining technology of fiber-reinforced composite materials [1]

Performance analysis of fiber reinforced composites
Milling processing technology of carbon fiber reinforced composite materials
Mechanical drilling technology of carbon fiber reinforced composite materials
Mechanical processing technology of thermoplastic resin matrix composites
Mechanical processing technology of metal matrix composites
Special control of the cutting speed of fiber reinforced composite materials
Conclusion
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