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This analysis demonstrates how biomimicry enhances sustainability in 3D printing for habitable artifacts, indicating significant improvements in resource optimization.
This article explores the integration of biomimicry principles with 3D printing technology for the construction of habitable artifacts through the development of the innovative TECLA system. Initially, it is based on an analysis of the theoretical concepts underlying the imitation of natural processes to enhance efficiency and sustainability in the construction industry. Following this, the practical implementation of this approach is presented, which is based on computational modeling and prototype experiments. The results demonstrate that the TECLA system is capable of replicating nature-inspired structures in an economical, sustainable, and adaptable manner, providing significant improvements in resource optimization and cost reduction. The study concludes by highlighting the transformative potential of this integration, while also suggesting future directions to expand the widespread application of this technology.
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Neto et al. (2025) studied this question.
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