Publications

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

This study explores a posture correction girdle for adolescents with early scoliosis, using radiographic imaging and 3D body scanning. Findings reveal positive effects, including reduced spinal curves and improved postural balance, suggesting alternative treatment options beyond observation. Read more

This study presents a novel hypertrophic scar treatment using 3D printing and silicone elastomers. The methodology includes pressure distribution optimization via finite element analysis, resulting in enhanced pressure control on scars, offering improved healing outcomes with a custom-fit design. Read more

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

This study examines enhancing flexible sensor accuracy for apparel comfort assessment. Key findings show that adding rigid discs improves sensitivity, while systematic calibration on varied surface conditions optimizes accuracy, crucial for evaluating wear comfort on soft surfaces. Read more

This study evaluates functional garments designed for adolescents with early scoliosis. Over six months, 3D motion capture and scanning reveal notable posture improvements, particularly in acromion and pelvis alignment, suggesting potential benefits for scoliosis management. Read more

This paper details the design of an ergonomic girdle for AIS in preteen girls, focusing on fit, corrective forces, and material choice. Key benefits include posture improvement and reduced scoliosis progression, setting a foundation for future product development in scoliosis management. Read more

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

This study explores a custom girdle for adolescent scoliosis, employing a three-stage design and FEA model. A 6-month trial shows significant shoulder and posture improvements, suggesting effective scoliosis management and a reduction in curvature progression for young girls. Read more

This study investigates a custom girdle for early scoliosis, using a 3-month trial and motion capture for evaluation. Results indicate significant posture improvements, particularly in acromion alignment, suggesting potential for effective scoliosis management. Read more