The book, “Recent Advances in Applied Science and Technology towards Sustainable Environment”, seeks to provide a thorough review of the most recent advances and innovations in applied sciences and technology that contribute to sustainability and environmental preservation. The expanding environmental concerns of the twenty-first century, such as climate change, resource depletion, and biodiversity loss, necessitate strong, interdisciplinary methods that connect science, technology, and sustainability. This book aims to meet these demands by collecting a varied range of research contributions from notable researchers and practitioners.
This book's chapters cover a broad range of issues, including renewable energy technology, sustainable materials, and water resource management, as well as advances in environmental monitoring, green computing, and waste management methods. Each contribution not only covers the most recent advances in these fields, but also stresses practical applications and policy consequences, making it relevant to both academic and industrial audiences.
This edited collection serves as a forum for information sharing and collaboration among scholars, industry professionals, policymakers, and educators who are committed to a sustainable future. The book aims to inspire inventive solutions to environmental concerns by bringing together diverse perspectives, as well as to promote a better understanding of the complex interplay between science, technology, and sustainability.
We are grateful to all of the contributors who offered their significant research and thoughts, as well as the reviewers who provided critical criticism that helped improve the quality of this compilation. We also like to thank the publishers for their assistance in bringing this project to fruition.
We believe that this book will be a useful resource for academics, professionals, and students, motivating more research and innovation in the field of applied science and technology for a sustainable environment.
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Sr. No. |
Title |
Page No. |
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1. |
ON A NEW NOTION OF ANTI-FUZZY SUBGROUPOIDS SANJEET KUMAR MANORANJAN KUMAR SINGH |
1-4 |
|
2. |
ARTIFICIAL INTELLIGENCE IN EDUCATION: EFFECTS ON DECISION-MAKING, HUMAN EFFORT, AND RISK MANAGEMENT Dr. A.K. SINGH Prof. B.K. SINGH Prof. S.P. PANDEY |
5-11 |
|
3. |
FUZZY LOGIC-ENABLED STUDENT PERFORMANCE EVALUATION FOR ACCURATE BEST STUDENT AWARD SELECTION BHAVANA SINGH MANJU SHARMA |
12-27 |
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4. |
FUZZY SET THEORY EMPOWERING MACHINES: APPLICATIONS IN ARTIFICIAL INTELLIGENCE AND ROBOTICS RANJINI SAHA RICHA MEHROTRA |
28-37 |
|
5. |
A BRIEF STUDY OF SYNTHESIS OF METALLIC NANOPARTICLES VIA HYDROTHERMAL PROCESS SANJAY KUMAR UPADHYAY VISHANTVARMA DEVBRAT PUNDHIR |
38-46 |
|
6. |
ARTIFICIAL INTELLIGENCE-BASED ASSESSMENT OFÂ WATERÂ RESOURCES IN VIEW OFÂ CLIMATE CHANGE & POPULATION GROWTH: A CASE STUDY OF THE YAMUNA RIVER IN AGRA, U.P., INDIAÂ NAMRATA GUPTA PREETI MISHRA PIYUSH GUPTA MONIKA SINGH DEEKSHA TIWARI AMIT YADAV VIJETA GUPTA |
47-64 |
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7. |
ARTIFICIAL INTELLIGENCE IN WATER RESOURCE MANAGEMENT SYSTEMSÂ MONIKA SINGh PREETI MISHRa AMIT YADAv NAMRATA GUPTA |
65-79 |
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8. |
STABILITY ANALYSIS OF DISEASED PREY-PREDATOR MODEL IN A POLLUTED ENVIRONMENTÂ Prof. UDAY RAJ SINGH SATENDRA KUMAR SUMAN |
80-89 |
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9. |
A MATHEMATICAL INVESTIGATION OF SBIRS MODEL FOR MANAGING TYPHOID AND CHOLERA CO-INFECTIONÂ KRISHNA GOPAL VARSHNEY YOGENDRA KUMAR DWIVEDI |
90-105 |
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10. |
A MATHEMATICAL MODEL FOR ANALYZING SWINE FLU OUTBREAKS IN THE PRESENCE OF VACCINATIONÂ SATYENDRA SINGH YADAV BED PRAKASH SINGH |
106-115 |
|
11. |
WEB MINING TECHNIQUES FOR PERSONALIZED RECOMMENDATION SYSTEMS IN E-COMMERCEÂ DILERAM BANSAL Â Dr. ROHITA YAMAGANTI Dr. SADIK KHAN |
116-122 |
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12. |
OVERVIEW OF SYNTHETIC PROCESSES OF METAL NANOSTRUCTURES FROM VARIOUS METHODÂ SANJAY KUMAR UPADHYAY VASU MITRA |
123-129 |
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13. |
SOLUTION OF TWO DIMENSIONAL BURGERS EQUATIONS BY HOMOTOPY PERTURBATION METHODÂ Â DIWARI LAL MANOJ YADAV |
130-139 |
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14. |
EVALUATION OF AFLATOXIN B1 CONTAMINATION IN CLUSTER BEAN (CYAMOPSIS TETRAGONOLOBA L.) SEEDS BY HPLC: FIELD AND STORAGE PERSPECTIVESÂ Â ARCHANA YADAV B.P.S. CHAUHAN Â |
140-145 |
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15. |
CHARACTERIZING BLOOD FLOW OF POWER LAW FLUID IN COSINE-SHAPED STENOSED ARTERIES: A COMPUTATIONAL STUDYÂ Â PRABAL PRATAP SINGH JAG PRATAP SINGH YADAV SEEMA RAGHAV |
146-154 |
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16. |
REDUCED DIFFERENTIAL TRANSFORM METHOD FOR TIME FRACTIONAL NONLINEAR PDES: MATHEMATICAL FRAMEWORK AND COMPUTATIONAL ASPECTSÂ Â PRABAL PRATAP SINGH OMENDRA SINGH SEEMA RAGHAV |
155-163 |
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17. |
ANALYSIS OF FUTURE TRENDS IN FLIPPED CLASSROOM AND MATHEMATICAL CORRELATION WITH TRADITIONAL CLASSROOMÂ Â PALLAVI GARG Dr. AWADHESH PANDEY Dr. SHACHIPATI PANDEY |
164-176 |
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18. |
FUZZY RULE BASED MODEL FOR THE PREDICTION OF BLOOD CANCERÂ Â AMENDRA SINGH SANJEEV KUMAR SADHNA SINGH |
177-183 |
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19. |
NANOFLUID SELECTION PROCEDURE FOR SOLAR COLLECTOR APPLICATIONSÂ Â ARUN SINGH BHUPENDRA SINGH CHAUHAN PRADEEP KUMAR SINGH |
184-191 |
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20. |
THE ROLE OF ENGLISH IN DISSEMINATING ENVIRONMENTAL KNOWLEDGE AND AWARENESS GLOBALLYÂ Â Dr. RATNA PANDEY |
192-204 |
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21. |
AI-POWERED ROBOTIC SYSTEMS FOR DISASSEMBLY AND RECYCLING OF COMPLEX ELECTRONIC DEVICESÂ Â ANKITA MAHESHWARI SHIVANI GUPTA |
205-214 |
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22. |
APPLICATIONS OF GENETIC ALGORITHMS, SIMULATED ANNEALING, AND PARTICLE SWARM OPTIMIZATION IN MECHANICAL DESIGNÂ Â Prof. PANKAJ GUPTA Dr. SALONI SRIVASTAVA Prof. S. P. PANDEY Dr. AMIT KUMAR SINGH |
215-223 |
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23. |
DEVELOPMENT AND OPTIMIZATION OF WIND TURBINE BLADE DESIGN TO MAXIMIZE ENERGY CAPTURE AND MINIMIZE ENVIRONMENTAL IMPACTÂ Â Prof. PANKAJ GUPTA Dr. SALONI SRIVASTAVA Dr. SATYA BHAN KULSHRESHTHA Dr. SHIVALI SHRIVASTAVA |
224-234 |
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24. |
ANALYSIS THE CONSUMER BEHAVIOR IN ONLINE SHOPPING FOR ELECTRONIC PRODUCTS  TUSHAR KANT Dr. A.K. SINGH |
235-243 |
|
25. |
RELEVANCE OF THE ETHPM TO THE NUMERICAL SOLUTION OF NONLINEAR SPACE-TIME FRACTIONAL EQUATION OF FOKKER-PLANCK DIWARI LAL KARM VIR |
244-251 |
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26. |
PERISTALTIC MOTION OF POWER LAW FLUIDS IN A TUBE WITH MULTI-SINUSOIDAL WAVEFORM Prof. UDAY RAJ SINGH Uma Shanker |
252-261 |
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27. |
ENHANCING RELIABILITY IN MACHINE REPAIR SYSTEMS: A COMPREHENSIVE ANALYSIS OF IMPERFECT FAULT COVERAGE, HUMAN ERROR AND UNRELIABLE SERVERS DEVENDRA KUMAR GUPTA Dr. RAJIV PHILLIP |
262-273 |
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28. |
INTEGRATING ENVIRONMENTAL LEADERSHIP AND GREEN SKILLS TRAINING IN SUSTAINABLE HUMAN RESOURCE MANAGEMENT: A FRAMEWORK FOR CORPORATE EXCELLENCE RATNA PANDEY SHIVANI GUPTA |
274-280 |
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29 |
IMPROVING THE EFFECTIVENESS OF INVENTORY CONTROL: A MODEL FOR DETERIORATING GOODS WITH MULTIPLICATIVE PRICE AND STOCK-DEPENDENT DEMAND FEATURES VISHAL KUMAR PURWAR Dr. SHARON MOSES |
281-288 |
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30 |
A DOUBLE INTERPOLATION APPROACH TO APPROXIMATE HEAT CONDUCTION EQUATION WITH SOURCE/SINK TERM KRISHAN KANT SINGH |
289-302 |
|
31 |
DIURNAL AND SEASONAL EXAMINATION OF GPS BASED TOTAL ELECTRON CONTENT RECORDED AT AGRA STATION IN DIFFERENT SOLAR ACTIVITY PERIODS NITIN DUBEY SWATI DEVBRAT PUNDHIR |
303-307 |
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32 |
INVESTIGATIONS ON THE ULF BASED EMISSIONS FOR THE STRONG EARTHQUAKE (M 6.8) OCCURRED IN PAKISTAN REGION SWATI NITIN DUBEY DEVBRAT PUNDHIR |
308-314 |
Prof. S.P. Pandey
Prof. S.P. Pandey is currently serving as Professor and Head of the Department of Applied Sciences & Humanities at Raja Balwant Singh Engineering Technical Campus, Bichpuri, Agra. He completed his Ph.D. in Mathematics from Dr. B.R. Ambedkar University, Agra, in 2003. Dr. Pandey has published 25 research papers in various national and international journals of repute and has presented over 20 research papers at national and international conferences. He has successfully organized seven international and national-level conferences/workshops as the organizing secretary, co-organizing secretary, or workshop coordinator. He is currently engaged in research and development activities in the areas of geometry and fuzzy logic-based calculations, mathematical studies of tumor growth, and blood flow through stenosed arteries. Additionally, he has published a book chapter in a volume by Springer Nature.
Dr. A.K. Singh
Dr. A.K. Singh is an Assistant Professor of Mathematics in the Department of Applied Sciences & Humanities at Raja Balwant Singh Engineering Technical Campus, Bichpuri, Agra, India. He obtained his undergraduate and postgraduate degrees in Mathematics in 2000 and 2002, respectively, from Dr. B.R.A. University, Agra, India. Dr. Singh received his M.Phil. and Ph.D. in Mathematics from the same university in 2004 and 2013, respectively. He has published more than 20 research papers in the field of Biomathematics in various national and international journals and has presented over 7 research papers at national and international conferences. Additionally, he has published one paper as a book chapter in a volume published by Springer Nature. One patent design, titled “A Device for Vaccination Without a Needle,” has been registered with the IPR, Government of India.
Dr. S. B. Kulshrestha
Dr. S. B. Kulshrestha is currently an Assistant Professor in Mathematics at RBSETC, Bichpuri, Agra, India. He received his M.Phil. degree in Mathematics from Agra University, Agra (now Dr. B.R. Ambedkar University, Agra) in 1995. He was awarded his Ph.D. degree in Mathematics from Dr. B.R. Ambedkar University, Agra in 2003. Dr. Kulshrestha has published seven research papers in various national and international journals. He has completed eight QIPs, workshops, and FDPs from various institutions. Additionally, he organized an international conference as the organizing secretary. He has also published a patent titled "A Device for Vaccination Without a Needle" in the IPR, Government of India. Â
