Improvements in the mechanical performance of biodegradable plastics are required to
facilitate replacement of commodity plastics as part of a global push for the use of more …

The advancement of smart sensors, wireless communication technologies, embedded
system and Nano-technologies makes Textronics possible to develop smart textiles to …

The innovation in high-converging technology using electronics and textiles augments the
functionality of E-textiles as Smart E-Textiles (SETs), which overcome the gap between …

The aim of this review study is to provide a concise overview of the Design of Experiment
method and its application to optimise advanced textile processes including melt-spinning of …

Biodegradable fibres made from branched polymer grade were spun, hot drawn and twisted.
To model the process parameters' effect, samples had been characterised and analysed …

Low-oriented nylon-6 fibers were drawn in a multistage drawing process, during which the
number of drawing steps and the temperature of each step were changed. The physical …

This research investigates the influence of the hot-drawing process on the thermal shrinkage
and mechanical properties of the bio-polymer fibers. As-spun fibers made of biodegradable …

This work investigates the effect of the blend ratios of three different environmental-friendly
biopolymers on fibres' properties made by water bath extrusion machine and multi-stage …

The current chapter is focused on biopolymers and Bionanocomposite as environmentally
friendly materials, modeling of the production processes, and coating of bio-textiles. Different …