Art and Science of Reinforcing Ceramics with Graphene Via Ultrasonication Mixing

Abstract

This work presents an interdisciplinary educational approach combining materials science, ultrasonication, and artistic expression to develop and investigate novel composites. The focus of the approach is on incorporating graphene oxide (GO) into kaolin and exploring its effects on material properties. The composites were prepared with varying GO concentrations and sonication times, and their mechanical, thermal, and morphological characteristics were evaluated. The results reveal that the addition of 0.5 wt.% GO, combined with a sonication time of 10 minutes, leads to the highest storage modulus and improved thermal stability. Ultrasonication proved to be an effective method for dispersing and distributing GO particles within the kaolin matrix, resulting in enhanced material performance. Furthermore, the application of novel composites provided by Delia Prvacki adds a unique dimension to the study. Through the artistic interpretation, the tactile qualities and aesthetic potential of the composites are explored, shedding light on the transformative power of materials and cultural significance. This interdisciplinary collaboration demonstrates the value of merging scientific research, technological advancements, and artistic exploration. The findings contribute to the fields of materials science, ultrasonication, and ceramics, fostering innovation and education.

Keywords: Experimental work, education, sustainability, graphene, ceramics, art and science