Title: Computational Analysis Of Reed Dynamics In The Beating-Up Mechanism Of A Loom For Evaluating Critical Balancing Factors.
Authors: KARIMOV RUSTAM JAXONGIR UGLI
Volume: 9
Issue: 9
Pages: 51-57
Publication Date: 2025/09/28
Abstract:
This study focuses on optimizing crepe fabric production using advanced weaving techniques, with emphasis on precise control of yarn tension and mechanical parameters. A mathematical model was developed to simulate yarn dynamics, and experiments confirmed its accuracy in determining optimal warp and weft densities. The use of spring-supported reeds significantly reduced yarn breakage and ensured uniform tension even at high speeds, improving durability and reducing defects. Simulation analyses revealed the strong influence of reed design on fabric quality, while balanced load distribution enhanced texture consistency. The findings, applicable to various weaving machines, provide innovative approaches to minimizing yarn damage, increasing productivity, and advancing textile manufacturing practices.