Alkadhim Hassan Ali, Amin Muhammad Nasir, Ahmad Waqas, Khan Kaffayatullah, Al-Hashem Mohammed Najeeb, Houda Sara, Azab Marc, Baki Zaher Abdel
Department of Civil and Environmental Engineering, College of Engineering, King Faisal University, Al-Ahsa 31982, Saudi Arabia.
Department of Civil Engineering, COMSATS University Islamabad, Abbottabad 22060, Pakistan.
Polymers (Basel). 2022 Nov 18;14(22):5008. doi: 10.3390/polym14225008.
This study examined the bibliographic data on fiber-reinforced geopolymers (FRGPs) using scientometrics to determine their important features. Manual review articles are inadequate in their capability to connect various segments of literature in an ordered and systematic manner. Scientific mapping, co-citation, and co-occurrence are the difficult aspects of current research. The Scopus database was utilized to find and obtain the data needed to achieve the study's aims. The VOSviewer application was employed to assess the literature records from 751 publications, including citation, bibliographic, keyword, and abstract details. Significant publishing outlets, keywords, prolific researchers in terms of citations and articles published, top-cited documents, and locations actively participating in FRGP investigations were identified during the data review. The possible uses of FRGP were also highlighted. The scientometric analysis revealed that the most frequently used keywords in FRGP research are inorganic polymers, geopolymers, reinforcement, geopolymer, and compressive strength. Additionally, 27 authors have published more than 10 articles on FRGP, and 29 articles have received more than 100 citations up to June 2022. Due to the graphical illustration and quantitative contribution of scholars and countries, this study can support scholars in building joint ventures and communicating innovative ideas and practices.
本研究运用科学计量学方法,对纤维增强地质聚合物(FRGP)的文献数据进行了分析,以确定其重要特征。人工审阅文章在以有序且系统的方式连接文献各部分的能力方面存在不足。科学图谱绘制、共被引分析和共现分析是当前研究中的难点。本研究利用Scopus数据库查找并获取实现研究目标所需的数据。采用VOSviewer应用程序对751篇出版物的文献记录进行评估,包括引用、书目、关键词和摘要细节。在数据审查过程中,确定了重要的出版渠道、关键词、在引用次数和发表文章数量方面多产的研究人员、被引用次数最多的文献以及积极参与FRGP研究的地区。同时还强调了FRGP的可能用途。科学计量分析表明,FRGP研究中最常用的关键词是无机聚合物、地质聚合物、增强、地质聚合物和抗压强度。此外,截至2022年6月,有27位作者发表了10篇以上关于FRGP的文章,29篇文章被引用超过100次。由于学者和国家的图形化展示以及定量贡献,本研究可为学者建立合资企业以及交流创新思想和实践提供支持。