Advancements in Energy-Storing Concrete: A Comprehensive Bibliometric Analysis of Evolving Trends and Innovations

Abstract

The paper explores a comprehensive bibliometric assessment of the works on energy-storing concrete technology, which attributes the major trends and development patterns in this regard. Within the scope of this analysis, 182 documents covering the period between 1965 and 2024 were retrieved from the Scopus database and included articles, conference proceedings, reviews, and book chapters. The study centres its focus on the key research clusters, which include digital storage, heat storage, compressive strength, and carbon dioxide emissions, and at the same time, other important areas like thermal performance and structural design are addressed. The analysis shows the Callon centrality and density of these themes, revealing established areas, new themes, and existing knowledge gaps. This strategic perspective creates a vision for the future in terms of extending such research scope on energy-storing concrete and in underdeveloped areas to expand the knowledge. The results are anticipated to be innovations in sustainable construction materials, and there are wider implications for improvements in energy efficiency and minimizing negative effects on the environment. Given the growing interest in energy-storing concrete concerning climate change applications, this type of study will assist many progressive researchers as well as practitioners in seeking ways of implementing energy-efficient building technologies