FDDI, Chennai Campus has achieved a significant milestone in academic and research excellence with the publication of a pioneering research paper in the internationally reputed Journal of Applied Bioanalysis (ISSN: 2405-710X), a peer-reviewed open-access journal recognized for high-quality interdisciplinary scientific research.
The research paper titled “Development of a Natural Cushion-Based Sustainable Footbed Using Plant-Derived Fibers for Environmentally Responsible Footwear Applications” presents an innovative and eco-friendly alternative to conventional petroleum-based cushioning materials such as EVA and polyurethane foams.
The study focuses on the development of a biodegradable footbed using natural coir fibers, addressing growing environmental concerns related to landfill waste and microplastic pollution in the footwear industry.
The research highlights the successful integration of plant-derived materials with footwear engineering to achieve effective cushioning, shock absorption, breathability, moisture management, and enhanced comfort. Experimental findings demonstrated gradual compression behavior and efficient pressure distribution, ensuring ergonomic performance while maintaining industrial feasibility. The study also confirmed that the developed cushioning system can be integrated into existing footwear manufacturing processes without major modifications, making it suitable for large-scale sustainable production.
The research was carried out by Mr. M. Vishva Kumar (Senior Faculty Grade-II), Mr. H. Selvaraj (Junior Faculty), along with M.Des scholars Gokul K, Stephen William Fernandes, and Tasmina Yasmin M from the Department of Footwear Design and Production, FDDI Chennai. The publication reflects FDDI’s continued commitment towards research-driven education, innovation, and sustainable development in the footwear sector.
Publication Link: Journal of Applied Bioanalysis Research Paper : https://journalofappliedbioanalysis.com/development-of-a-natural-cushion-based-sustainable-footbed-using-plant-derived-fibers-for-environmentally-responsible-footwear-applications
