Efficient Model for Predicting Fabric Width of Cotton Single Jersey Knits

By Bhuvaneshwarri I

"Efficient Model for Predicting Fabric Width of Cotton Single Jersey Knits" by Bhuvaneshwarri I. is a groundbreaking publication that introduces a comprehensive model for accurately predicting the fabric width of cotton single jersey knitted fabrics. Fabric width is a crucial parameter that affects the fit, comfort, and overall quality of garments, making it essential to have reliable methods for its prediction.
In this book, Bhuvaneshwarri I. presents an innovative approach that combines statistical analysis and machine learning techniques to develop a robust predictive model. The author extensively investigates various influential factors, including yarn count, stitch length, machine settings, and fabric weight, to establish their correlation with fabric width.
Through meticulous experimentation and data analysis, Bhuvaneshwarri I. constructs a predictive model that offers high accuracy and efficiency in estimating fabric width. This model not only facilitates the optimization of the manufacturing process but also enables manufacturers to meet specific width requirements and ensure consistent product quality.
"Efficient Model for Predicting Fabric Width of Cotton Single Jersey Knits" is a valuable resource for textile engineers, researchers, and professionals in the textile industry seeking to enhance their understanding of fabric width prediction and improve their production processes. By adopting the insights and recommendations presented in this book, readers can enhance their efficiency, reduce wastage, and achieve superior fabric quality.
Stay ahead of the competition and unlock the potential for precision in fabric width prediction by acquiring your copy of "Efficient Model for Predicting Fabric Width of Cotton Single Jersey Knits" by Bhuvaneshwarri I. today.

• Format: Paperback
• Language: English
• ISBN: 7979401069
• ISBN13: 9787979401069
• Release Date: April 2023
• Publisher: Independent Author
• Length: 148 Pages
• Weight: 0.46 lbs.
• Dimensions: 0.3" x 6.0" x 9.0"