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AKPIK: Arbeitskreis Physik, moderne Informationstechnologie und Künstliche Intelligenz

AKPIK 5: Poster

AKPIK 5.13: Poster

Donnerstag, 12. März 2026, 15:00–16:30, P5

Nanomechanics-Driven Design of Flexible Textile-Based Metamaterials and Bio-Inspired Soft Composites — •Amine HAJ TAIEB — ISAMS, University of Sfax, Tunisia

Textiles, soft composites, and architectured metamaterials are emerging as key platforms for next-generation flexible systems in wearables, biomedical devices, adaptive structures, and energy-absorbing applications. Their unique mechanical performance*combining flexibility, stretchability, and durability*originates from complex interactions across multiple length scales, from fiber and yarn nanostructure to textile architecture and macroscopic response. Despite rapid progress, the lack of an integrated multiscale understanding still limits predictive design. This contribution explores how advanced nanomechanical characterization and multiscale modeling can accelerate the rational design of textile-based and bio-inspired flexible materials. Inspired by biological fibrous systems, we further discuss how hierarchical structuring and architectured textile geometries can be exploited to tune mechanical functionality. The integration of high-throughput testing and data-driven approaches, including machine learning, enables the identification of key design descriptors governing mechanical adaptability and robustness. By promoting interoperable experimental and simulation data, this work directly ontributes to a unified framework for the design of sustainable, high-performance textile-based flexible materials and metamaterial

Keywords: flexible bio-composite; Fiber based structure; Metamaterial