Optimization of the electro-conductive yarns distribution in flexible wearable dielectric structures

The paper presents the optimization for conductive yarn distribution by using textile grid. The electrical and electrostatic behavior of are important for numerous applications. Dielectric materials have the electromagnetic property to be polarized when is influenced by electric field. Mixing of cellulosic fibers with synthetic fiber can conduct to electrical resistance variance. The electrical resistance may vary if in dielectric material structure will be inserted conductive yarns covered with cotton or polyester fibers. The electrical resistance of the wearable woven structures can be controlled by using a distribution of conductive yarns in weft and warp direction.