Abstract
The evolution of materials and their transformation processes into products has paralleled the development of humans. While the conventional steel transformation process is well understood, processes such as additive manufacturing have been studied for polymers, metals, and ceramics. Regarding ceramics, it is observed that most products stem from sintering processes, while additive manufacturing is still limited by operational constraints derived from the properties of this material class. Thus, it is essential to understand, within additive manufacturing processes for ceramics, which ones are possible to produce the green body or even the final product. This work focuses on presenting the technologies available in the market, showing in a comparative manner the main characteristics, applications, and limitations focus on ballistic applications.
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