Enhancing Footwear Comfort: Preliminary Study On Material, Design, And GAIT Analysis
Abstract
The emphasis on fashion over comfort in women's footwear has frequently diminished the significance of designing comfortable footwear, highlighting the need for deliberate material choices. This research aims to recognize appropriate materials, detailed design aspects, and confirm gait analysis to attain enduring comfort. There is still limited exploration into the interaction between material, sandal design, and gait patterns despite the dominance of comfort in sportswear. Consumers looking for formal footwear and women's sandals emphasize refined comfort by focusing on footbeds that provide arch support and cushioning. To ensure longevity, proper cushioning footbeds are necessary along with designs that mimic natural foot contours. Additionally, leather lining significantly improves comfort as seen in specialized sandals designed to address foot distress while providing essential arch support.
Comfortable footwear has advanced in materials to align with foot movements and minimize discomfort. However, there is a lack of research on the intricate connection between materials, design, and walking patterns. Walking analysis corresponds with individual foot shapes through treadmill analysis that captures specific parameters and plantar pressure.
This study has the potential to completely change how the industry approaches women's sandals, focusing on comfort while still maintaining elegance. The aim is to transform women's sandals by combining comfort with elegance, emphasizing material intricacies, careful design, and gait validation. It aims to redefine footwear by offering a mix of comfort and style that revolutionizes the industry across different preferences and occasions.
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