The effect of material type, fabric structure, stitch, and cycle number of tensile fatigue has been studied on dynamic fatigue behavior of interlock weft knitted fabrics in course direction. To investigate the effect of controllable factors on fatigue value, Taguchi method has been used.

This study focuses on the applicability of finite element method to analyze the bagging behavior of plain single jersey weft knitted fabrics in the term of bagging resistance.

In this work, the curling behavior of single jersey weft-knitted fabrics produced from different structures and yarn twist directions is studied. Curling behavior was characterized in terms of curling surface in both course and wale directions.