ASSISTANT PROFESSOR, SVU, GAJRAULA, UP, INDIA
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Strengths for the Award
Innovative Research Focus: Deepak Kumar’s research focuses on the mathematical modeling of electrokinetically driven flow of non-Newtonian fluids through soft nanochannels, an area that holds significant implications for various applications in nanotechnology and fluid dynamics. This innovative approach demonstrates a deep understanding of complex fluid mechanics and electrokinetics.
Significant Publications: Kumar has contributed to several notable journals including Soft Matter, Molecular Simulation, and Colloid Journal. His publications reflect a strong command over his research area, as evidenced by his work on electrokinetic ion transport and flow dynamics in polymer-grafted nanochannels.
Conference Presentations: His active participation in international conferences and workshops, such as ICMASMTP 2022 and ICMC-2022, showcases his engagement with the global scientific community and his role in advancing the field of mathematics and nanofluidics.
Strong Educational Background: Kumar’s solid educational foundation, including a Ph.D. with a high coursework score of 9.11, an M.Sc. with 86.75%, and a B.Sc. with 75.75%, underlines his academic excellence and commitment to his field.
Diverse Skill Set: His proficiency in programming languages (Fortran, C++, Python) and mathematical software (Mathematica, Matlab) complements his research, allowing for advanced modeling and simulations in his work.
Areas for Improvement
Citation Impact: While Kumar has made significant contributions, some of his more recent publications, such as his 2023 paper in the Colloid Journal, have not yet gained substantial citation traction. Increasing the visibility and impact of his work could be beneficial.
Broader Interdisciplinary Collaboration: Expanding collaboration with researchers from related fields, such as materials science or bioengineering, could enhance the applicability of his research and open new avenues for impactful studies.
Public Outreach: Greater engagement in public science communication or outreach activities could help in disseminating his research findings to a broader audience, potentially increasing the societal impact of his work.
Funding and Grants: Pursuing additional funding opportunities or research grants could support more extensive and varied research projects, enhancing the scope and depth of his work.
Deepak Kumar, Ph.D. in Mathematics from the National Institute of Technology Patna, specializes in mathematical modeling of fluid dynamics and nanofluidics. His pioneering work on electrokinetically driven flows through soft nanochannels has gained attention for its innovative approach and practical implications. With a strong academic background and diverse skill set, Kumar has made significant contributions to the field through his research and presentations at international conferences.
🎓 Education:
- Ph.D. (Mathematics), National Institute of Technology Patna, 2023 (9.11 GPA)
- M.Sc. (Mathematics), Ranchi University, 2016 (86.75%)
- B.Sc. (Mathematics, Hons.), Ranchi University, 2013 (75.75%)
💼 Experience:
Deepak Kumar has been imparting knowledge at Shri Venkateshwara University, Gajraula, UP, since January 2024. His teaching experience is complemented by a solid research background during his Ph.D. tenure at NIT Patna, where he focused on advanced mathematical modeling techniques in nanofluidics.
🔬 Research Interest:
Dr. Kumar’s research explores the mathematical modeling of electrokinetic flows and non-Newtonian fluid dynamics within soft nanochannels. His work addresses the complexities of ion transport and fluid behavior under various pH conditions and polymer modifications, aiming to advance understanding and applications in nanotechnology.
🏆 Award Nomination:
Deepak Kumar’s contributions to the field of mathematics, especially in modeling electrokinetic flow in nanochannels, position him as a strong candidate for the “Best Researcher Award.” His innovative research and significant publications underscore his potential for this honor.
📑 Publications Top Notes:
B. Barman, D. Kumar, P. P. Gopmandal, and H. Ohshima, “Electrokinetic ion transport and fluid flow in a pH-regulated polymer-grafted nanochannel filled with power-law fluid”, Soft Matter, vol. 16, no. 29, pp. 6862–6874, 2020. Cited by: 13
D. Kumar and B. Barman, “Combined electroosmotic and pressure driven flow through soft nanochannel grafted with partially ion-penetrable polyelectrolyte layers”, Molecular Simulation, 2021.
D. Kumar and B. Barman, “Electrokinetic transport of non-newtonian fluid through soft nanochannel with pH-responsive and partially ion-penetrable polymer layer”, Colloid Journal, pp. 213–224, 2023.
D. Kumar and B. Barman, “Impact of ion partitioning effect on the electroosmotic flow of non-newtonian fluid and ion selectivity through soft nanochannel”, Colloid Journal, vol. 84, no. 6, pp. 785–793, 2022. Cited by: 1
D. Kumar and B. Barman, “The electroosmotic flow across a partially ion penetrable pH-dependent composite polymer-grafted soft nanochannel filled with power-law fluid”, Communicated, 2023.
Conclusion
Deepak Kumar stands out as a leading candidate for the “Best Researcher Award” due to his innovative research on electrokinetic fluid dynamics, significant publications, and active participation in academic conferences. His strong educational background and technical skills further bolster his candidacy. Addressing areas such as citation impact and broadening interdisciplinary collaboration will enhance his research’s influence and effectiveness. Kumar’s dedication to advancing mathematical modeling in nanofluidics exemplifies the qualities of an exemplary researcher.