International Journal of Industrial Electronics and Electrical Engineering(IJIEEE).
Paper Title - An Application Of Experimental Design For Defect Reduction In Weaving Process
The purpose of this research is to reduce the number of defective denim fabrics caused by warp yarn rupture in
the weaving process by using an experimental design technique. The weaving parameters were found to be major causes of
defects. The influence of warp yarn tension, horizontal distance between backrest roller and warp beam, height of backrest
roller, and height of harness frames were studied. A 24
factorial design with two replications was performed. The analysis of
variance for the designed experiment showed the great influence of warp yarn tension and height of harness frames. From
this study, an optimized combination of weaving parameters was determined and was proved to be superior to the original
one. The experimental verification results showed that the number of warp yarn rupture defects decreased by 4.85%.
Keywords— Defect Reduction; Design Of Experiments; Denim Fabric; Textile Manufacturing; Warp Yarn Rupture.
Author - Chansiri Singhtaun, Patin Imkrajang
Citation - Chansiri Singhtaun ,
Patin Imkrajang ,
Chansiri Singhtaun, Patin Imkrajang " An Application Of Experimental Design For Defect Reduction In Weaving Process " ,
International Journal of Industrial Electronics and Electrical Engineering , Volume-4,Issue-7 ( Jul, 2016 )