A Stochastic Simulation of Cotton Combing Process

Guang Song Yan; Yu Heng Su; Chong Wen Yu

doi:10.4028/www.scientific.net/AMR.331.31

Paper Titles

The Effect of Calcination Temperature on the Surface Evolution and Photocatalysis Activity of Co-Doped PVAc/TiO₂ Composite Nanofibers
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Cell Immobilization with Textile Carriers for TA Biodegradation
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Study on Spunlaced Nonwoven Fabric’s Moisture Absorption and Permeability Based on BP Network
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Methods for Measuring the Surface Area of Nude Body
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A Stochastic Simulation of Cotton Combing Process
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Research on Wearable Sensors Based on Knitted Fabrics with Silver Plating Fiber
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Comparison of the Cost Performance between Pure Cashmere Siro-Spun Yarn and Pure Rabbit Hair Ring-Spun Yarn
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Modelling and Simulating Textile Structures Using TexGen
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Effect of Fabric Construction on Water Permeability Rate of Woven Filter Cloth
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 331A Stochastic Simulation of Cotton Combing Process

A Stochastic Simulation of Cotton Combing Process

Abstract:

The properties of plain fiber assembly are discussed, and the fiber alignment in the assembly is investigated. Some theories in yarn irregularity research are applied to the study of the random and parallel fibers in fiber assembly and a stochastic method is used to generate the fiber assembly. For a given fiber length distribution, the combing process is simulated on the basis of the plain fiber assembly. If the main parameters in cotton combing are known, the simulation can be conducted, yielding the fiber length distributions in combed cotton slivers and in waste cotton that is combed down. With the variation of combing parameters, the influence of combing parameters on the combing results can be discussed from the simulation.