Gobinath R
@sru.edu.in
Professor and Head-Department of Civil Engineering
SR University, Telangana, India
is presently serving as Professor and Head of the Department, Civil Engineering of SR University, Telangana, India and also a member of Center for Construction Materials and Methods division. He completed his PhD in the field of Environmental Geotechnology and Disaster Management from Center for Disaster Management and Mitigation, VIT, Vellore, M.E in Environmental Management from College of Engineering, Guindy, Anna University and BE in Civil engineering from Bharathiar University. He had handled several under graduate course in Civil and Environmental engineering including Project management, smart materials and structures, Geosynthetics, Engineering Mechanics etc and also presently handling elective courses related to Disaster Management and Intellectual Property rights in various Universities.
His research interests includes Sustainable materials, Construction Materials, Landslide mitigation and Management, Soil Bioengineering, Engineering Education, Geotechnology, Environmental Geotechnology, Sustainable Development, Sustainable construction technologies, he had handled several projects related to this domains in various levels. He also had executed good number of consultancy projects related to Geotechnical and environmental engineering for various organisations.
EDUCATION
B.E- Civil Engineering (2001), Bharathiar University
M.E- Environmental Management (2007), College of Engineering, Guindy, Anna University
PhD ( Environmental Geotechnology), VIT University, Vellore, India
RESEARCH INTERESTS
Sustainable materials, Construction Materials, Landslide mitigation and Management, Soil Bioengineering, Engineering Education, Geotechnology, Environmental Geotechnology, Sustainable Development, Sustainable construction technologies, Image processing, Machine Learning applications in Civil Enginee
FUTURE PROJECTS
Sustainable Construction material development
This project work involves obtaining sustainable construction materials without depleting the natural resources and by using non convetional material development techniques. It involves lot of analysis, simulation based works and the work is initiated under the aegies of Center for Construction Methdos and Materials of SR University
Applications Invited
Research Scholars and collaborators
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
R․Archana Reddy, G. Shyamala, and Gobinath Ravindran
Elsevier BV
G. Shyamala, Gobinath Ravindran, George Uwadiegwu Alaneme, Ramesh T, and Sukumar Dhanapalan
Elsevier BV
Sukumar Dhanapalan, T. Raja, R. Gobinath, and George Uwadiegwu Alaneme
Springer Science and Business Media LLC
V. Mahesh, P. Satish Kumar, R. Gobinath, and Shirisha
Springer Nature Switzerland
Raju Katakam, R. Gobinath, and G. Shyamala
Springer Science and Business Media LLC
Abstract Concrete, a widely used construction material, is prone to cracking under stress conditions. It is highly effective in handling compressive forces but weak in resisting tension. Consequently, when exposed to excessive, repetitive, or cyclic loads, concrete structures are at risk of developing cracks that can significantly reduce their strength and durability. To improve the durability of structures and toughness of materials, it is crucial to evaluate the fracture energy induced in concrete owing to the loading and evolution of the cracking pattern. Although many studies have been conducted to understand the behaviour of concrete during the fracture process, there is a lack of research trend analysis, which is typically performed using bibliometric processes. In this scientometric review, an analysis was performed for 2027 articles related to fracture mechanics from the Scopus database, covering the period between 1972 and 2024, exploring various methods for determining fracture energy, and presenting the findings in this review. Additionally, this bibliographic study identifies the top authors, sources, and countries involved in the field, as well as future trends in fracture mechanics related to fracture energy and its application to concrete design. Bibliometric software, including Biblioshiny and VOSviewer, identified the top ten keywords in this research area that can be used to understand research progress.
R. J. Jerin Joe, V. Stephen Pitchaimani, R. Gobinath, and G. Shyamala
Springer Science and Business Media LLC
Manisha Shewale, R. Siva Chidambaram, Gobinath Ravindran, Bhagyashree Khartode, and Nitin Shinde
Springer Science and Business Media LLC
Pingili Vydehi, Guruswamy Shyamala, Gobinath Ravindran, Seenu Peerumohammed Zahira, and Gokulan Ravindiran
Springer Science and Business Media LLC
Abstract In 2024, The U.S. Environmental Protection Agency revealed strategic guidelines to develop resilient drinking water and wastewater systems for providing safe water supply and sanitation services. The treatment of wastewater is mandatory, and emerging treatment technologies are expected to achieve near-zero wastewater discharge using sustainable methodologies. A biological wastewater treatment using the aerobic granular sludge (AGS) process promises to employ microorganisms for effective degradation of pollutants. The storage and subsequent reactivation of these granules remains a critical challenge that affects their long-term viability and operational efficiency. The effects of temperature, storage duration and storage methods on the pollutant removal efficiency of AGS is evaluated based on results from this review. Storage induced challenges are detailed in the granule, with evidence-based strategies to improve granule reactivation and performance. These factors have to be understood in order to optimize AGS applications in wastewater treatment. In addition, this review provides a comprehensive understanding of storage-induced challenges and proposes evidence-based recommendations for maintaining granule efficiency after storage.
G. Shyamala, R. Gobinath, B. Hemalatha, DivyaSri Akkalla, S. Shenbaga Ezhil, and V. Sathya
Springer Science and Business Media LLC
AbstractClimate change is a significant threat to ecosystems and communities, and challenges global sustainability; therefore, more research on climate change adaptations should be conducted. This scientometric study presents databases on global trends in academic research, specific contributions, and thematic evolution of environmental adaptations to climate change. Using the Scopus database of publications, this study focuses on publications between 2009 (January) and 2024 (August), with an emphasis on the interpretation of primary research interests, authors, contributions from countries, and collaborative networks. According to the findings, there has been a shift in focus to more adaptive management in agricultural and biological diversity practices, with more emphasis on the integration of ecological, technological, and social science disciplines. This work also reveals that countries have gaps in regional research, especially in developing countries, and highlights the need to work collectively across the globe. Through citation analysis, thematic evolution, and future research recommendations, this study enriches the knowledge of the line of research on environmental adaptation and underlines its significance in addressing climate change effects.
Devika Banothu, Pankaj Kumar, Syed Gazanfar Mustafa Ali, Rajasri Reddy, Ravindran Gobinath, and Sukumar Dhanapalan
IOP Publishing
Abstract Polymeric bone implants provide distinct benefits over their metallic counterparts because of their degradability, eliminating the need for surgical removal, especially when placed in complex areas, such as the craniofacial region. This technology is particularly beneficial for pediatric craniofacial fracture treatment. An ideal degradable implant degrades at a pace that matches bone development while maintaining structural integrity. Currently, polylactic acid (PLA) and polylactic-co-glycolic acid (PLGA) are the primary materials used for these implants, although their degradation takes over a year, posing a prolonged biohazard risk to the bone tissue. Thus, this study focused on achieving a faster degradation rate while maintaining the implant strength. The implant, designed using ANSYS SpaceClaim software, was 60 mm long and 2 mm thick, with three 4.5 mm holes. It also includes a centrally located lattice structure to bear any excessive load on the bone and promote suitable bone tissue formation. The mechanical and biomedical properties of the implants were confirmed. The surface roughness was suitable for tissue growth, the hardness managed sudden loads, and the biocompatibility was justified by the degradation rate and potential of hydrogen (pH) observation in in vitro degradation in simulated body fluid (SBF), underlining the advantages of biodegradable materials over traditional alloys, such as 316 L stainless steel, cobalt-chromium alloys, titanium alloys, and nickel–titanium alloys.
Shyamala G, Gobinath R, and Jayasri Mateti
EDP Sciences
Sustainable and resource-focused global demands have boosted interest in developing construction materials through paver blocks which include industrial sludge. The research examines the practicality and environmental advantages and mechanical characteristics of using sludge in paver blocks while demonstrating their part in sustainable building practice. A scientometric analysis of the data collected from Scopus database during 2015-2025 conducted the research. The research employed VOS viewer together with Bibliometrix for creating visual patterns of keywords while showing both author-level productivity alongside bibliographic coupling metrics. The integration of sludge with paver blocks results in substantial improvements of compressive strength and increased durability while lowering expenses. The integration of sludge produced environmental benefits through reduced waste while decreasing carbon pollution and waste production. The experimental breakthrough demonstrates practical hurdles including material quality standards and production size limitations for real-life utilization. This investigation moves forward sustainable construction methods by promoting waste recycling and reducing environmental effects of industrial waste disposal. The research outcomes highlight the essential need for team collaboration between experts to work on current challenges while focusing on standard safety policies and procedures. This study establishes important knowledge for future sustainable investigations about industrial sludge utilization in construction materials.
Shyamala G, Gobinath R, and Shirisha Balle
EDP Sciences
Climate change is a major environmental emergency during the twenty-first century because it generates large effects throughout ecosystems, together with impacts on human societies and worldwide economies. This investigation examines climate change effects across worldwide polar ice regions, together with equatorial heat zones, by reviewing research trends in these different climatic zones. Scientometric analysis methods were used to examine publications available in Scopus from 2009 to 2025. The research utilized VOSviewer together with Bibliometrix to conduct keyword co-occurrence and citation analyses while identifying research hotspots. Research evidence shows a stronger interest in polar regions because ice melt publications and their effect on sea-level rise have become more prevalent. Climate change research dedicated to socioeconomic analysis continues to expand within tropical regions, because heat stress threatens both biodiversity and human health. Research on climate change has received major backing from the United States, China, and India through their strong international collaboration efforts. This study establishes its importance because it investigates climate change through holistic geographical and thematic examinations. This research demonstrates that scientists have achieved significant advancements in environmental studies on climate change, but investigative work still needs to be done on how climate change impacts social economies and policy formation.
G. Shyamala, Gobinath Ravindran, Rama Rao Karri, K. Rajesh Kumar, and R. Gokulan
Elsevier BV
Sandhya Makkar, Gobinath Ravindran, Ripon Kumar Chakrabortty, and Arindam Pal
CRC Press
Devika Banothu, Pankaj Kumar, Rajasri Reddy, Sukumar Dhanapalan, and R Gobinath
IOP Publishing
Abstract This investigation examined the mechanical strength and failure behaviour of various 3D printed lattices for implantation in bones, consisting of octahedral, double pyramid, diamond and cubic lattices. The combination of this research methodology includes a finite element analysis and fatigue testing. Low-cycle compressive fatigue tests were performed using specialized equipment, in addition to the employment of a scanning electron microscope for the properties of the surface and failure modes. The results of this study show that the octahedral lattice provides improved structural performance, a small amount of deformation, uniform stress distribution, and the greatest levels of fatigue resistance. Both diamond and double pyramid lattices indicate moderate deformation and fatigue strength; therefore, they are recommended where flexibility, together with high performance, is a concern. However, the cubic lattice was the worst case, resulting in the highest localized stress and poor ductility. Based on this extensive comparison of identifiers when using fused lattices configured for PLA materials, further studies must introduce physiological stimuli and use versatile biomaterials such as PEEK and titanium. The findings around lattice structure re-emphasize the criticality of lattice choice in the overall improvement of implant outcomes, with the octahedral lattice identified to have impressive fatigue properties that will work well in weight-bearing implants. This study furthers the field of biomedical implant science which could help improve the prognosis of patients through the use of robust bone implants.
Bhagyashree Khartode, Manisha Shewale, and R. Gobinath
EDP Sciences
The construction industries are, to a great extent subordinate to variables such as the human workforce, which are incapable of being replaced with machines, therefore it may be a challenge within the range of the development segment to supply suitable labour contractor according to their determinations for creating effectiveness within the development venture. Multi Criteria Decision-Making (MCDM) system that helps to make decisions in situations where you need to consider multiple factors. This work is based on the critical issue of how to allocate labour contractors effectively in industries where labour deployment is critical. Web based solution using MCDM techniques includes an easy-to-use interface that provides stakeholders with a simple and transparent process for selecting labour contractors. Criteria include skills competency, availability schedules, track record, cost-efficiency and geographic location. Using a cross reference of different Hierarchy Process (AHP) approaches to determine which approach is best suited to the labour allocation scenario. Simulations and case studies are also used to test the system effectiveness and efficiency in real life situations. Web based solution enable timely and effective decision making, and also allows for continuous performance tracking and feedback loops. This research contributes to the advancement of labour allocation practices by introducing a robust web-based solution empowered by MCDM techniques. The proposed system offers a practical and innovative approach to address the complexities associated with labour contractor selection, ultimately leading to optimized resource utilization and enhanced project outcomes.
Thotakura Vamsi Nagaraju and Gobinath Ravindran
BENTHAM SCIENCE PUBLISHERS
Ground Improvement Techniques for Sustainable Engineering explores modern methods for enhancing soil strength and stability, emphasizing sustainable solutions in geotechnical engineering. This comprehensive book addresses challenges such as weak soils, low bearing capacity, and settlement issues while aligning with the Sustainable Development Goals (SDGs). It bridges traditional methods with cutting-edge advancements, providing an all-encompassing guide to ground improvement techniques. Key topics include compaction, soil stabilization, lime soil, stone columns, preloading with vertical drains, geosynthetics, soil nailing, micropiles, and ground anchors. Theoretical insights are paired with practical applications and case studies to demonstrate how these methods support resilient infrastructure while promoting environmental stewardship. Key Features: - Coverage of classical and advanced ground improvement techniques. - Integration of theoretical foundations, practical case studies, and innovative solutions. - Focus on sustainability in geotechnical engineering practices.
Rajesh Kumar K, Lakshmi Prasanna K, Gobinath R, and Divyasri
EDP Sciences
Energy from Waste (EFW) addresses waste management and energy supply issues. This study aims to identify research trends, challenges, and the current status of EFW using scientometric analysis. Objectives include understanding the field's evolution, assessing global contributions, and identifying future research gaps. Bibliometric methods measured trends in publications, citations, and country participation. Innovations in the EFW sector were evaluated based on current research and challenges. Data was sourced from indexed databases like Scopus, covering publication frequency, citation distribution, author collaboration, and geographical distribution over the past decade. Findings indicate a rise in EFW publications and citations in the last five years, but further research is needed on cost-effectiveness, energy recovery optimization, and waste-to-energy conversion technologies. These insights are beneficial for researchers, policymakers, and investors focused on EFW sector expansion.
Pingili Vydehi, Gobinath Ravindran, G. Shyamala, and S. Ramesh
Elsevier BV
G. Shyamala, Gobinath Ravindran, and Shirisha Balle
CRC Press
Narayanage Jayantha Dewasiri, Rubee Singh, and R. Gobinath
Springer Nature Switzerland
Vijay G, R. Gobinath, and Herda Yati Binti Katman
Wiley
The global manufacturing of concrete, which is a highly utilized construction material, is increasingly adopting sustainable construction materials to reduce the carbon footprint. Extensive research is underway to understand this mechanism and to discover alternative materials to meet the demand, bountiful research work is being undertaken and there arises a need to examine the research progress of this domain. Keeping this in mind, this scientometric study examines research trends by analyzing keywords, authorship, cooperation, bibliographic coupling, and production patterns in the field of sustainable concrete development (SCD). From 2018 to 2024, 2051 articles were extracted from the Scopus database and scientometric analysis was performed. From 2009 to 2023, there was a significant increase in publications on SCD, with 2023 having the highest annual publication count (N = 635). The first publication on this topic was published in 1994. 2021 also had the highest number of citations (n = 341), averaging 18.79 per document. The top 3 countries in terms of publishing output were China (1704), India (1391), and Australia (467). The results showed that material science accounted for almost 53.1% of the domain studied, and most of the research on the specified topic came from industrialized nations. This study will help researchers understand the progress of research on SCD and support the development of cooperation among various authors working in this domain.
Rachoru Himani Srihita, Gurunadham Goli, Rajyalaxmi M, and R Gobinath
SAGE Publications
Digital platforms play a vital role in shaping today’s labour market, enabling temporary hires and freelance employment in the gig economy. This on-demand, digital economy spans various professions and remote work opportunities. Technological advancements have significantly evolved gig work since the industrial age, improving work-life balance and psychological well-being. Using the Scopus database, a literature analysis on the gig economy was conducted with 1624 documents narrowed to 549 documents based on subject area, document type, publication stage, keywords, and language and examining social, economic and technological factors. This study highlights the evolving nature of non-traditional, online-platform- driven employment through which author’s explored the gig economy, its challenges, ethical issues, and career development and workers experiences. The analysis used R Studio Software to visualize keyword themes using a strategic thematic map, which signifies the structure and development of themes within the gig economy. This study used Origin Pro for author analysis which found GRAHAM as the top author. VOS Viewer for bibliographic coupling which identified USA and UK as top collaborating countries and also highlight the eight clusters of keyword analysis. For sustainable growth, further research should explore the platform economy, gig employment, and worker well-being, assessing technological innovations to create adaptable job opportunities. This will help the gig economy to accommodate market dynamics and ensure diverse and stable employment across various sectors.
RECENT SCHOLAR PUBLICATIONS
MOST CITED SCHOLAR PUBLICATIONS
RESEARCH OUTPUTS (PATENTS, SOFTWARE, PUBLICATIONS, PRODUCTS)
A NOVEL METHOD OF ENHANCE FREEZE-THAW RESISTANCE OF SOIL - Patent application no: 202041005809
A NOVEL METHOD TO PREPARE SELF-COMPACTING CONCRETE USING SINGLE ALKALI ACTIVATED ASH BASED CONCRETE - Patent application no: 202041004257
A NOVEL STRENGTH ENHANCEMENT PROCEDURE FOR NATURAL CURED BINDERLESS CONCRETE- Patent application no:201941042302
A NOVEL METHOD OF WATER CONTENT IDENTIFICATION USING IMAGE PROCESSING FOR LAND SLIDE PRE CURSOR - Patent application no:201941042299
SILICA BASED BINDER COMPOSITION FOR SOIL STABILIZATION AND ENHANCING PAVEMENT LOAD BEARING CAPACITY OF ROADS - Patent application no:201941012760
Industry, Institute, or Organisation Collaboration
Covenant University, Otta, Nigeria
VIT University, Vellore
Anna University, Chennai
Windsor University, Canada