Textile Research Journal
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Non–linear finite element model established on pectoralis major muscle to investigate large breast motions of senior women for bra design
This paper presents a three-dimensional nonlinear biomechanical finite element model to simulate elderly breast deformation under arm abduction. Read more
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A hybrid forecasting model for ageing breast deformation during yoga practice
This study explores breast movement prediction in senior women during yoga using motion capture, AGRA, and ELM. The findings enhance yoga instruction and sports bra design, ensuring improved support and comfort through accurate kinematic analysis. Read more
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Selection of breast features for young women in northwestern China based on the random forest algorithm
This study utilizes the random forest algorithm to optimize breast feature selection, enhancing classification accuracy. By ranking feature importance, it identifies key variables, using clustering and neural networks, showing that fewer features improve shape recognition efficiency. Read more
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Textile-based fiber optic sensors for health monitoring: A systematic and citation network analysis review
This article reviews textile-based fiber optic sensors for health monitoring, emphasizing their flexibility and lightweight nature. It analyzes research trends using citation network analysis, highlighting applications in vital signs and respiratory monitoring for enhanced health assessment. Read more
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Exploring mass customization and textile application in medical products: re-designing scoliosis brace for shorter production lead time and better quality of life
This study introduces a textile-based scoliosis brace that enhances patient compliance and reduces production time. Methodology includes interface pressure analysis and patient surveys, revealing improved quality of life and effective spinal correction, advancing scoliosis treatment options. Read more
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Effects of a tailor-made girdle on posture of adolescents with early scoliosis
This study evaluates a custom girdle for adolescent scoliosis, showing significant posture improvements in teens after a 3-month trial. Enhanced acromion alignment and motion control were observed, indicating promising implications for scoliosis management. Read more
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