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高强钢、超高强钢、高强铝、镁合金以及高强复合材料等“新一代材料”在航空航天、工程机械、建筑结构、船舶与压力容器等各大产业中具有巨大的工程需求,已经成为包括焊接在内的“材料加工工程”领域的一个新的趋势和方向,促进了焊接物理冶金、焊接工艺理论、焊接过程信息化与质量监控、焊接装备自动化与智能化等各项技术的发展、集成与创新,对焊接学术界与工程界都是一个重大的机遇和挑战,亦再次表示了现代工业化进程中“一代材料、一代工艺、一代装备”的重要规律,认识这一规律并付诸于实践,无论是对于企业还是研发机构的转型与升级都具有重大的现实意义。
High-strength steel, ultra-high strength steel, high-strength aluminum, magnesium alloy and high-strength composite materials, etc. “A new generation of materials” in the aerospace, construction machinery, building structures, ships and pressure vessels and other major industries have huge engineering needs, Become a new trend and direction in the field of “material processing engineering” including welding, and promote various technologies such as welding physics and metallurgy, theory of welding process, information and quality control of welding process, automation and intelligence of welding equipment Development, integration and innovation of welding academia and engineering are both a great opportunity and challenge, and once again expressed the important law of “one generation of materials, generation of technology and generation of equipment” in the process of modern industrialization, The law and its application in practice have great practical significance both for the transformation and upgrading of enterprises and R & D institutions.