Abstract Scope |
Currently, in additive manufacturing, more and more attention is paid to the development of new materials, since materials are one of the key components of these advanced technologies. Without new materials, there are no new innovative products. Additive manufacturing provide a unique chance to develop materials, relatively speaking, in digital form, thereby making it possible to simultaneously design the material and design of the part, thus obtaining a single engineering object. In this paper, the features of structure formation in aluminum-based materials and their influence on properties in additive manufacturing are considered. The influence of alloying with transitional and refractory additives on the morphology of structural components, their kinetics and influence on physical and mechanical parameters is shown. |