T. Sobczak, D. Patil, K. Song
UGA,
United States
Keywords: composites, 3D printing, nanoscale
Summary:
This poster presents groundbreaking research on the development of novel polymer/glass composites using advanced 3D printing techniques, aiming to achieve a synergy of high transparency, enhanced mechanical durability, and self-healing properties. The study explores the intricate interplay between polymer matrices and embedded glass particles, focusing on optimizing particle size, distribution, and bonding to the polymer network. By leveraging the precision and flexibility of 3D printing, we have engineered composites that exhibit remarkable optical clarity akin to pure glass while maintaining the resilience and reparability of polymers. The self-healing aspect is achieved through a carefully designed polymer chemistry that allows microcracks to mend autonomously, extending the material's lifespan. This research holds significant promise for applications in areas demanding robust, transparent materials, such as aerospace, automotive industries, and advanced optical devices, offering a new horizon in materials engineering where durability, optical performance, and sustainability converge.