Development of Nonwoven Dress Shirt Using Advanced Method of Pattern Techniques and 3D Body Scanning: Challenges and Solutions

Abstract

This study evaluates the performance of woven and nonwoven fabrics in garment construction, focusing on the pattern-making challenges posed by nonwoven materials. Traditional pattern development methods, designed for woven fabrics, are often unsuitable for nonwoven textiles due to their distinct structural properties. These differences create construction challenges, particularly during sewing, and impact the visual and functional performance of garments. To investigate these issues, four men’s shirts were developed using nonwoven fabrics, and their cutting, stitching, and overall garment performance were analyzed. The findings indicate that specific areas, such as armholes and curved sections, require redefined pattern-making techniques to accommodate the unique behaviour of nonwoven materials. The study highlights the need for innovative pattern-making approaches to optimize garment fit, durability, and design integrity for nonwoven apparel. By addressing these challenges, this research contributes to the advancement of fabric-specific garment engineering, offering valuable insights for designers and manufacturers in the evolving field of nonwoven textile applications.

Presenters

Muhammad Cheema
Researcher, Materials, University of Manchester, United Kingdom

Details

Presentation Type

Paper Presentation in a Themed Session

Theme

Designed Objects

KEYWORDS

Nonwoven garment, Garment Engineering, Apparel, Pattern making, Nonwoven fabric