In-plane shear properties of polyester satin fabric by yarn pull-out method

Abstract

The aim of this study was to determine the in-plane shear properties of polyester satin fabric by the pull-out method and analytical relations were developed to calculate the shearing properties. After the yarn in the fabric was pulled from the top ravel region, before the start of the crimp extension stage, it was found that fabric shear strength and rigidity increased when the number of pulled ends increased. In addition, when the fabric dimensions increased, fabric shear strength and rigidity increased. Also, the shear rigidity values in untreated fabric were high compared to that of treated fabric due to the effect of softening agent on the fabric structure. It was observed that fabric sample dimensions and the number of pull-out ends as well as the fabric treatments influenced fabric shear strength and rigidity. The shear jamming angles were found to be based on the number of pulled ends. Fabric local shearing properties could be identified by pulling the yarn ends in various regions of the fabric. This could be important for the handling of the fabric during formation. The results generated from this study showed that polyester fabric shear could be measured by the yarn pull-out test.