Scientometric Visualisation of Fifteen Years of Indian Engineering Research Output (original) (raw)

Scientometrics of Engineering Research at Indian Institutes of Technology Madras and Bombay during 2006-2015

DESIDOC Journal of Library & Information Technology

Makes an assessment of 5378 papers published by Indian Institute of Technology Madras and 4430 papers published by Indian Institute of Technology Bombay respectively indexed by the Scopus database in the field of Engineering Sciences and its sub-field during 2006-2015. The study indicates that the number of papers grew during the period of study. The findings indicate that the researchers of both the IITs in the field of engineering sciences published their papers in global journals published from USA, UK and Germany and other countries of the West. Around 19.66% papers published by IITM scientists and 26.54% papers published by IITB scientists in engineering sciences during 2006-2015 remained uncited. More authors from IITB were highly cited as compared to IITM.

Mapping of Indian Publications in S&T: A Scientometric Analysis of Publications in Science Citation Index

DESIDOC Journal of Library & Information Technology

This paper attempts to analyse the growth and development of science and technology (S&T) activities in India, as reflected in publication output covered by Science Citation Index (SCI) during 1990-2004. The Indian scientists published a total of 1,82,111 papers in SCI covered journals during the above period. The present study analyses the broad features of Indian S&T by focusing on its publication growth characteristics, language, format and media of communication, research quality, institutional productivity, patterns of research collaboration, and broad and narrow subject areas of interests of Indian institutions and scientists. A broad comparison of India's research output with select countries, particularly with China, has also been made.

Research Output and Citation Analysis of Leading Global Engineering Research Countries during 2002-16

2017

In the present study, output and citation analysis of research activities in engineering in the world are mapped during 2002-2016.The study aims to promote the awareness of the global research output in engineering. With this aim, Scimago Journal & Country Rank data (Scopus ® database of Elsevier) has been accessed for obtaining the required scholarly publication data. An attempt for evaluation on different qualitative and quantitative parameters like number of publications, citation analysis, research output, and h-index has been done. With these indicators in the research, analysis and assessment of total 7252275 publications from engineering field were done. The results show that out of the total research output, China stands first with 22.22% share of the research and is followed by United States (17.78%) and Japan (6.04%). Outstanding countries in engineering research have significant impact and 68.93% of the total global engineering research has been done in 10 leading countries. During the period of study, the research output of engineering has improved considerably with an average annual growth of 6.88%.

SCIENTOMETRIC DIMENSIONS OF CHEMICAL ENGINEERING RESEARCH IN INDIA WITH REFERENCE TO WEB OF SCIENCE CITATION DATABASE

This study adopts a scientometric approach to Tquantitatively assess current research trends in Indian research performance in chemical engineering,it analyses scienti?c papers published during 2011 to 2015.Its focuses on countries global publication share, growth rate,citation quality, international collaborative publications share, using 5 years data from the web of science database. The study suggests the need to increase the pace of Indian scientific research and also improve itsquality compared with other developed and developing countries. It also suggests the need for India tobuild up its scientific capacity, competence and knowledge base to help bridging the scientific andtechnological gap with leading countries.

India’s Research Contribution in Physical Sciences during 2000-2019: A Bibliometric Study

2020

This study provides an overview of the research productivity of scientists/researchers/faculty from across India, in terms of the number of research publications contributed in the Physical Science discipline. The study attempted to analyze bibliometric indicators of published research that have been indexed in Scopus database. There are 1116847 documents published during the period of twenty years i.e. 2000-2019. The study revealed that there is a consistent growth in number of documents published. It has been observed that there are 543728 documents published during 2015-2019 which is higher than the total publication during 2000-2014. The subject discipline, 'Engineering' has been emerged as a major discipline in which more research publications are published. The study noted encouraging trends in collaborative research work with their foreign counterparts.

Growth of Indian Research in Science and Technology: A Scientometric Analysis

Library Philosophy and Practice, 2021

This article carried out a Scientometric analysis of research publications published in various science and technology journals from 2011 to 2020 from India. Required data was retrieved from WoS database during the study period it provides information about the science and technology related publications from India. Especially, scientific data on the top research areas and distribution of publication collaborations in different dimensions of geography, authors, funding agencies, subjects and others. It examines the year wise publications, annual distribution of publications, most prolific authors, authors and organisations productivity, etc. Analysis found that, highest research publications are published in the year 2019 with 13.16%, followed by 2020 with 12.98% and in the year 2018 with 11.51%. Research articles are published 81.51% compared to any other type of publications from all over India. 88% of the research fund is provided by the Government of India, and remaining are from the western world among the top ten funding agencies. Out of top ten journals, seven (76%) of them are originated from India, two are from United Kingdom and one journal is from United States of America. During the study period, it is observed that, a mean relative growth rate is 0.26. Notably, the doubling time for the publications has decreased from 0.35 in the first five years to 0.17 in the last five years. Publications are raised on an average of 4.72% per year. On the whole, 208 countries collaborators contributed to these publications.

Citation Analysis of Indian Physics Research Output during 1975–2016 : A Scientometric Analysis based on Web of Science

International Journal of Library Information Network , 2023

Introduction: Scientific journals demonstrate the quantitative approach activity, although citations indicate the research publications' quality. The research concentrates on a year-by-year analysis of citations per article, authorship patterns, citation distribution, collaboration levels and top-cited research publications in physics from Indian researchers. Purpose: The fundamental focus of this research is to use the Web of Science database to enhance the value of physics research output of India from 1975 to 2016. Research problem: The proposed paper uses a 42-year span to examine the citation pattern in physics research since no study has been produced that spans the full four-decade period. Objective: Main objectives is to find out the citation distribution and authorship pattern in the field of physics by Indian contributors. Methodology: The study was based on ISI Web of Science database to collect the relevant data concerned with numbers of articles and citation patterns in 20 sub fields of physics during 1975 to 2016, a 42-year timeframe. Findings: The study reveals that India published 246660 papers which received 3704000 citations and average citation per paper shows upward and downward trend over the study period. The study found that 92.35% of the total publications in physics came from the group of one to six authors. 11.70% of research papers could not receive any citation during the study period while 57 research papers have received more than 1000 citations.

Highly Cited Publications Output by India in Computer Science 1996-15: A Scientometric Assessment

Journal of Scientometric Research

The study identified highly cited papers in India's computer science research during 1996-2015 and analyzed their publication and citation distributions to understand what role contributing authors, research organizations as well as international collaborative countries have played in Indian computer science research. Highly cited paper were defined as papers that received at least 100 citations since publication. Based on this criteria, it was found that India published a total of 406 highly cited articles in computer science, constituting 0.32% world share during 1996-15. In recent years, top-cited articles have reached their citation peak in the early years of their citation life cycle, but have shown a more-rapid decreasing trend compared to top-cited articles from past decades. These 406 highly articles have an average citation per paper of around 258. The institutional distribution was highly skewed with only a few reputed institutions contributing to highly cited papers. International collaboration mainly happened with the USA. One observes from this study that India's productivity of highly cited papers in computer scienceby authors is abysmally low and theslow growth rate of high quality papers in computer science is a matter of concern. The article argues that challenge before the top leadership in science in the country is how to encourage team-based/multi-institutional collaborative research in order to produce and publish high quality and high impact research work in computer science.

Indian Institute of Technology, Kharagpur: A Scientometric study of Research Output

SSARSC International Journal of Library Information Network and Knowledge, 2016

The paper deals with the analysis of publications of Indian Institute of Technology Kharagpur (IIT Kharagpur) during 2000 to 2015 appeared in SCOPUS database. It attempts to analyze the growth and development of research activity of IIT Kharagpur as reflected in publications output. Data for a total of 18927 have been downloaded and analysed according to objectives. The study reveals that the growth of literature follows the exponential growth pattern, journal articles are the most published form of literature (74.37%), Journal of Applied Polymer Science and Journal of Applied Physics are top journals, Jadavpur University and National Institute of Technology are top collaborating institutions/university with Indian Institute of Technology, Kharagpur. The highly productive subject areas are engineering and materials science, computer science, physics and astronomy. US, Germany and UK are the most favored countries for collaborations and authorship pattern analysis shows that degree of collaboration (0.95) significantly high. Suggests that periodically this type of data be reflected along with institutional repositories of the respective institutions.

A three-dimensional bibliometric evaluation of recent research in India

In this paper we propose a three-dimensional framework to see how Indian universities and research-focused institutions fare in the world of high end research in terms of excellence and diversity of its research base. At the country level we break down scholarly performance into three components-size, excellence and balance or evenness. A web application available in the public domain which visualizes scientific excellence worldwide in several subject areas is used. India has a presence in fifteen of twenty-two subject areas in which there are at least 50 institutes globally that have published more than 500 papers. It has no institution which can be counted at this level of size and excellence in seven areas: Social Sciences. India's research base is completely skewed towards the Physical Sciences and Engineering with very little for Biological Sciences and Medicine and virtually none in Social Sciences and Arts and Humanities when excellence at the highest level is considered. Its performance is also benchmarked against three nations, namely Australia, The Netherlands and Taiwan which are of similar size in terms of GDP and scientific output.