Author(s): Pieter Sibarani and Abdullah R Saleh

Abstract: This article explores the innovative design and fabrication of two-dimensional woven auxetic textiles and composites characterized by a waveform geometric pattern. Auxetic materials, known for their counterintuitive property of becoming wider when stretched and narrower when compressed, offer unique advantages in various applications, including protective gear, smart textiles, and adaptive structures. The implementation of waveform geometry in the design of these materials not only enhances their mechanical properties but also introduces new functionalities. Through a combination of theoretical modeling, material selection, and weaving techniques, this study demonstrates the potential of waveform geometric design in advancing the field of auxetic textiles and composites.

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