Biomimetic Principles and Additive Technologies behind Designing Large-Size Composite Space-Based Structures

This is the authors' abstract. We don't add key points for this paper.

The potential applying hybrid optimization algorithms and using test benches with multi-coordinate drives for reproducing spacecraft maneuvers are examined. Promising additive technologies are discussed to make composite structures and overcome the challenges of robotic assembly in orbit. It is noted that further development of additive space technologies for 3D printing is associated with the integration of interdisciplinary approaches—material science, mechanics, systems engineering, and numerical modeling. The progress in these areas will offer new opportunities to design reliable and efficient space structures.