光纤激光器制备FeNiMoCoCrTi高熵合金过程与研究综述

An Overview of the Process and Research on the Preparation of FeNiMoCoCrTi High Entropy Alloys by Fiber Laser

高熵合金作为一种新型的高性能多主元系列合金,其合金原理、电子理论及物理性能方面均突破了传统合金范畴,具备元素可添加性、材料物理性能可控制性等优势。文中针对高熵合金制备过程中的工艺设计和物理学方面发展的创新性进行全方位的研究评估,重点采用激光熔覆及正交试验法对FeNiMoCoCrTi系高熵合金进行研究。文中给出了相应的解决方案以应对高熵合金发展中的局限性及激光熔覆运用于高熵合金的技术设想,为该系高熵合金课题的应用发展、实验室与工业生产中的研究方向提供了参考。

As a new type of high-performance multi-primary alloy series,high-entropy alloy has broken through the traditional alloy category in terms of alloy principle,electronic theory and physical properties,and has the advantages of element addition and controllability of material physical properties.This study evaluates the technological design and physical innovation of high-entropy alloy preparation,focuses on laser cladding and orthogonal experiments for FeNiMoCoCrTi high entropy alloys.The corresponding solutions are proposed to deal with the limitations of the development of high entropy alloys and laser cladding technology,which provides guiding significance for the development of the application field,the research direction of laboratory and industrial production.