This article presents a relaxed micromorphic model for the study of finite metamaterials, highlighting its accuracy in predicting mechanical behavior and wave propagation. The fitting procedure was automated to improve efficiency in material characterization, allowing exact cutoff values to be imposed and minimizing the mean square error of the asymptotes. This facilitates the design of complex structures with advanced capabilities for elastic energy control and negative refraction phenomena.
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The results obtained in this study open multiple possibilities in the field of materials engineering and structural optimization. The ability to design large-scale meta-structures with control over elastic energy will enable the development of applications in various sectors, from the construction of resilient infrastructure to the generation of smart materials with adaptive properties.
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