@article{article_988296, title={A Comprehensive Literature Research of the Additively Manufactured Airborne Parts}, journal={Journal of Aviation Research}, volume={4}, pages={1–24}, year={2022}, DOI={10.51785/jar.988296}, author={Saraçyakupoğlu, Tamer}, keywords={Eklemeli Üretim, Uzay Endüstrisi, Havacılık Endüstrisi, Ağırlık Azaltma}, abstract={Additive Manufacturing (AM) technology has been gaining a reputation as a game-changer for the production of both metal and plastic parts in the niche industrial sectors such as aerospace, aviation, and medical. Conventionally manufactured, Ni-based alloys called Inconel type materials have been widely used in the mentioned industries for a very long time. But they are now technically available for AM applications. It means that AM will be more frequently used. However, it is not clear yet how the material display influences microstructural anisotropy in the additively manufactured parts. For example, in a certain tribological situation, when exposed to moveable contact weakness, anisotropy might influence mechanical characteristics and thermal features. The powder-bed-based manufacturing process that is a widely used AM technology provides a slightly rough surface compared to other AM techniques. The combination of AM techniques in the aviation industry could gracefully overcome the barriers to having increased surface quality and mechanical features. In this manner; this paper explores the cutting-edge AM studies in the aviation industry while underlining their constraints}, number={1}, publisher={İnan ERYILMAZ}