堆焊技术发展及应用综述
Overview of Development and Application of Built-up Welding Technology
- 2023年53卷第4期 页码:56-62
DOI: 10.7512/j.issn.1001-2303.2023.04.06
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黄智泉,贺定勇,刘仁培,等.堆焊技术发展及应用综述[J].电焊机,2023,53(4):56-62.
HUANG Zhiquan, HE Dingyong, LIU Renpei, et al.Overview of Development and Application of Built-up Welding Technology[J].Electric Welding Machine, 2023, 53(4): 56-62.
堆焊技术作为制造和再制造的重要技术手段,被广泛应用于装备零件的制造或修复再制造,尤其是通过高质量翻新、延寿等技术手段,大幅削减制造新件带来的资源能源消耗和碳排放。综述了目前电弧堆焊中耐磨堆焊材料和设备发展现状、等离子堆焊及激光熔覆堆焊典型工程应用,简述了采用电弧增材作为数字化堆焊技术的大型构件制造及不规则区域修复再制造的研究发展及典型应用。此外,讨论了堆焊行业技术发展对高端堆焊材料、堆焊全周期理论研究和控制系统集成化的需求,为堆焊技术的研究技术改进和应用提供一定的参考。
As an important technical means of manufacturing and remanufacturing, built-up welding technology is widely used in the manufacturing and repair of equipment parts, especially through high-quality refurbishment, life extension and other technical means to significantly reduce the resource and energy consumption and carbon emissions brought about by manufacturing new parts. The current development status of wear-resistant built-up materials and equipment in arc surfacing is summarized, as well as the typical engineering applications of plasma surfacing and laser surfacing. It briefly describes research development and typical applications of arc additives as digital built-up technology for large-scale components manufacturing and remanufacturing of irregular areas. In addition, the requirements of the development of built-up industry technology for high-end surfacing materials, full cycle theoretical research on surfacing and integration of control systems are also discussed, providing guidance for the research, technical improvement, and application of built-up welding technology.
堆焊耐磨材料增材制造表面工程
built-up weldingwear-resistant materialadditive manufacturingsurface engineering
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