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Preface

机译:前言

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摘要

With the constant progress in materials science, new manufacturing methods are being developed to overcome existing limitations in metals processing. Despite of the tremendous advancement in additive manufacturing, metal forming still remains one of the most effective and often only necessary processing method that ensures production of the semi-final or final products with properties that meet expected requirements. Metal forming remains an important manufacturing process used for many applications starting from nanoparts of electronic systems, through bioengineering applications, automotive and aerospace industry, to massive components used in offshore or nuclear applications. Continuous development in metal forming technologies e.g. incremental forming brings about possibilities to obtain new, yet better products with more complex shapes and enhanced properties, tailored to specific often more and more demanding applications. Therefore, metal forming continuously fascinates scientists, academics and researchers worldwide. This provides a great motivation for organising the conference as a forum for discussion and dissemination of recent developments, innovations and advances in this field of science and technology.
机译:随着材料科学的持续进展,正在开发新的制造方法来克服金属加工的现有限制。尽管添加剂制造业的巨大进步,但金属成形仍然是最有效的,并且通常只需且仅仅是必要的加工方法,可确保使用满足预期要求的性能的半决端或最终产品的生产。金属成型仍然是用于从电子系统,通过生物工程应用,汽车和航空航天工业的纳米焊开始的许多应用的重要制造过程,以近海或核应用中使用的大规模组件。金属成型技术的持续发展尤。增量成形带来了以更复杂的形状和增强的性能获得新的可能性,以更具复杂的形状和增强的性能,而是针对特定的通常越来越苛刻的应用程序。因此,金属形成不断迷人的科学家,学者和全世界研究人员。这为将会议组织作为讨论和传播近期发展,创新和进展的论坛提供了巨大动力。

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