Application and Comparison of Additive Manufacturing Technology in Rocket Manufacturing
DOI:
https://doi.org/10.54097/4r1k0e19Keywords:
Metal additive manufacturing; Selective laser melting; Directed energy deposition; Rocket components; Traditional manufacturing.Abstract
Engineering's most difficult and complex challenges have always been those involving the production of rockets. Rocket manufacturing has benefited greatly in recent years from the three-dimensional(3D) printing technology's quick development. By layering materials, 3D printing technology can produce complicated parts and components with accuracy and efficiency. However, there are certain distinctions in how various 3D printing methods are applied while making rockets. This article will introduce several common 3D printing technologies and their applications in the manufacturing of key rocket components and discuss their advantages in rocket manufacturing and their comparison with traditional manufacturing. Despite certain difficulties, there are still many potential applications for 3D printing technology in the manufacture of rockets because to ongoing technological progress and advancement. By overcoming technical and production challenges, 3D printing technology will support innovation and advancement in the rocket manufacturing industry, delivering more effective, dependable, and affordable solutions for upcoming space exploration.
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