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Adaptive Sports Bra Design for Adolescents: A Flexible Fit Solution
Mei-Ying Kwan1, Zejun Zhong1, Kit-Lun Yick1
1School of Fashion and Textiles, The Hong Kong Polytechnic University, Hong Kong, China.
This study introduces a new adaptive sports bra for adolescents, using advanced knitting and bio-based materials for a comfortable, flexible fit during growth. The design enhances comfort and adaptability for diverse body shapes and sizes.
Area of Science:
- Textile Science
- Biomaterials Engineering
- Apparel Design
Background:
- Adolescent growth involves rapid body changes, necessitating adaptive apparel.
- Traditional sports bras with molded pads offer limited comfort and fit during growth.
- Need for innovative intimate apparel solutions for adolescent development.
Purpose of the Study:
- To design and evaluate a flexible-fit sports bra for adolescents using advanced knitting and bio-based materials.
- To enhance comfort, adaptability, and fit for growing bodies.
- To explore the potential of knitted biomaterials in adaptive intimate apparel.
Main Methods:
- Utilized advanced knitting technology with bio-based yarns (organic cotton, acetate).
- Incorporated seamless knitting, inlay spacer fabric, and pointelle structures.
- Conducted material property assessments and user feedback evaluations.
Main Results:
- The bio-based bra demonstrated excellent stretchability, breathability, and adaptive fit.
- Material tests and user feedback confirmed the design's effectiveness and comfort.
- Seamless construction minimized irritation; spacer fabric absorbed impact; pointelle enhanced moisture management.
Conclusions:
- Knitted biomaterials offer a promising solution for adaptive, comfortable intimate apparel.
- The developed bra design is suitable for adolescents and promotes size-inclusive fashion.
- Adjustable components and innovative fabric structures contribute to a flexible, supportive fit.
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