Metal Material Processing Technology in Material Forming and Control Engineering
Abstract
In the context of manufacturing transformation and upgrading, metal material processing technology plays a vital role in enhancing
industrial competitiveness. This paper focuses on the field of material forming and control engineering. By analyzing the principles of metal
material forming and aligning with national new materials industry policies, we systematically explore key technologies including mechanical
processing, plastic forming, and high-efficiency forming. The study demonstrates that optimizing process parameters and integrating intelligent control technologies can significantly improve processing accuracy and efficiency, providing technical support for advanced equipment
manufacturing.
industrial competitiveness. This paper focuses on the field of material forming and control engineering. By analyzing the principles of metal
material forming and aligning with national new materials industry policies, we systematically explore key technologies including mechanical
processing, plastic forming, and high-efficiency forming. The study demonstrates that optimizing process parameters and integrating intelligent control technologies can significantly improve processing accuracy and efficiency, providing technical support for advanced equipment
manufacturing.
Keywords
Metal material processing; Material forming principle; Plastic forming technology; High energy rate forming; Intelligent control
Full Text:
PDFReferences
[1] Zhu Zheyi. Analysis of metal material processing in material forming and control engineering [J]. Metallurgy and Materials, 2025,
45(03):103-105.
[2] Qi Wei. Practical application of metal material processing technology in material forming and control engineering [J]. Metallurgy and
Materials, 2024, 44(12):121-123.
[3] Li Jinhua, Chen Tianlai, and Lu Xiaodong. Discussion on Metal Material Processing in Material Forming and Control Engineering [J].
Electrician Materials, 2024(02):30-32.
DOI: http://dx.doi.org/10.70711/aitr.v3i1.7639
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