December 8, 2025Polymer Composites

Finite Element Analysis of Mathematically Generated Model of Rib 1 × 1 Weft‐Knitted Fabric Under Uniaxial Tension

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Authors

KDKoorosh Delavari TPTaejoon Park MLMyoung-Gyu Lee

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Implication

Experimental tensile test showed high elongation in weft-knitted fabric for composite materials, indicating potential for machine learning applications.

Key Points

Rib 1 × 1 weft-knitted fabric exhibited average elongations at break of 262% and 71% in longitudinal and transverse directions, respectively.
Testing confirmed alignment between experimental tensile forces of 132.8 N and 395.6 N, and numerical predictions.
Fabric geometry was modeled with Python in ABAQUS for accurate numerical analysis of mechanical responses.
Results highlight implications for developing artificial intelligence models based on fabric's tensile behavior.

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Delavari et al. (2025) studied this question.

synapsesocial.com/papers/694020e82d562116f28fad10 https://doi.org/10.1002/pc.70692

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Implication

Experimental tensile test showed high elongation in weft-knitted fabric for composite materials, indicating potential for machine learning applications.

Finite Element Analysis of Mathematically Generated Model of Rib 1 × 1 Weft‐Knitted Fabric Under Uniaxial Tension

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Key Points

Cite This Study

Finite Element Analysis of Mathematically Generated Model of Rib 1 × 1 Weft‐Knitted Fabric Under Uniaxial Tension

Discussion

Member takes

Implication

Key Points

Cite This Study

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