This study employs CiteSpace to analyze the research landscape and evolutionary trends of graphene/ceramic composites and visualizes key contributors such as countries/regions, institutions, authors, publications, and keywords. Results indicate that China, the United States, and India have dominated research output, with the Chinese Academy of Sciences emerging as the most prolific institution. Leading authors such as L. F. Cheng and M. Belmonte have exhibited significant scholarly influence. The field demonstrates multidisciplinary integration spanning materials science, chemistry, and engineering. Main research directions focus on materials and structures, material preparation and processing technology, performance optimization and mechanism, and functional application fields. The main research hotspots and trends are technological innovation, performance upgrades, and interdisciplinary applications. With the deepening of global scientific collaboration and the continuous emergence of cutting-edge fabrication and characterization technologies, graphene/ceramic composites research is expected to achieve more breakthrough advancements in the future.
Jing Wang (2026) studied this question.