Discussion on optimization of textile carding equipment based on finite element simulation and experimentation
The optimization of textile carding equipment was explored in this paper based on finite element analysis and experimental simulation.The finite element solution to the carding deformation problem of key components(such as cylinders,work rollers,nipper drive mechanisms and supporting structures)were summarized,the improvement measures of the carding process(such as carding speed and spacing)were discussed through experiments,the needle cloth,electrostatic field,airflow add-on device,combined structure affects the fiber transfer effect were introduced.The application of numerical modeling and simulation in optimizing the carding process was also discussed from the perspective of carding model,fiber model and airflow field.Finally,the difficulties and challenges in optimizing the carding process were summarized,and the future development trend was outlooked.These studies are aimed at updating carding techniques and providing references to guide practical production.
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