CFD-simulation of the filament interactions in the air-texturizing process
Mohamed Mahmoud Abdelkareem Mahmoud
CFD-simulation of the filament interactions in the air-texturizing process.
Rel. Romano Borchiellini, Alberto Pizzolato, Vittorio Verda. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Meccanica (Mechanical Engineering), 2019
Abstract
The description of the fiber motion in air flow is important for some processes in textile industry that is based on the air-fiber flow. One of the most significant textile processes which used for producing the textile fabrics in many industries is the air-texturing process. This is because of the new technical characteristics which this process adds such as increasing the durability of the fabrics, particularly flat-woven fabrics and this process also provided answers to many of the problems of consistent quality and durability encountered with other yarn technologies. One of the applications of air-texturing process is the use of textile products for vehicle trim areas which has a relatively recent history.
The high technical requirements placed on all items in vehicles by the automotive industry such as temperature resistance, high tenacity and high modulus have ensured that air-texturing fiber or yarn used in some automotive industry applications such as tiers, high-pressure hoses, belts, air bags, fastening devices
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