This work presents the experimental investigation aiming to characterize the mechanical performance of the new tetraxial fabric and to compare the mechanical behaviour to traditional ones. The new weaving architecture shows an enhancement of the shear stiffness and penetration resistance of the fabric and improves the in-plane isotropic behaviour of the fabric. Finally, preliminary numerical predictions of the mechanical behaviour of the tetraxial fabric are presented and compared to the experiments.

MECHANICAL CHARACTERIZATION OF AN INNOVATIVE WOVEN FABRIC

FRASSINE, ROBERTO;MARCHESI, MARIA CHIARA;CARVELLI, VALTER;CAIMMI, FRANCESCO;CASTRO FAJARDO, NANCY NATALIA;
2014

Abstract

This work presents the experimental investigation aiming to characterize the mechanical performance of the new tetraxial fabric and to compare the mechanical behaviour to traditional ones. The new weaving architecture shows an enhancement of the shear stiffness and penetration resistance of the fabric and improves the in-plane isotropic behaviour of the fabric. Finally, preliminary numerical predictions of the mechanical behaviour of the tetraxial fabric are presented and compared to the experiments.
Proceedings of 53rd Dornbirn Man-Made Fibers Congress
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/870135
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