Innovative Research Award
| Saheb Konai |
| Subject Area |
Fluid Dynamics |
| Affiliation |
The University of Burdwan |
| Subject Area |
Fluid Dynamics |
| Scopus Author ID |
58530893200 |
| Publications |
4 |
| Citations |
34 |
| h-index |
3 |
| Event |
Indian Scientist Awards |
Saheb Konai
The University of Burdwan. India
Saheb Konai is an emerging researcher in the field of Mathematics and Fluid Dynamics with specialized research interests in nanofluid flow, stretching surface dynamics, convective heat transfer, and nonlinear fluid mechanics. His academic work focuses on advanced mathematical modeling of nanofluid transport phenomena and computational analysis of fluid behavior under various thermal and physical conditions. Through his publications in reputed international journals and active participation in national and international conferences, he has demonstrated strong research potential in applied mathematics and fluid dynamics.
Abstract
Saheb Konai has established himself as an emerging scholar in the domain of applied mathematics and fluid dynamics with particular emphasis on nanofluid flow analysis and nonlinear heat transfer phenomena. His research contributions focus on mathematical modeling of Casson nanofluids, Stefan blowing effects, radiative fluid transport, shear flow behavior, and thermally stratified nanofluid systems. His studies provide analytical and computational insights into fluid mechanics applications relevant to engineering, industrial processes, and thermal systems.
Keywords
Fluid Dynamics, Nanofluid Flow, Applied Mathematics, Stefan Flow, Casson Nanofluid, Thermal Radiation, Stretching Surface, Heat Transfer, Convective Flow, Computational Mathematics.
Introduction
Fluid dynamics and nanofluid transport analysis have become highly significant research domains due to their applications in engineering systems, manufacturing technologies, energy transfer, and industrial fluid processes. Mathematical modeling of nanofluids enables researchers to understand thermal efficiency, flow behavior, and heat transfer mechanisms under complex physical conditions. Saheb Konai contributes to this evolving research field through analytical studies involving nonlinear fluid flow, shear effects, Stefan blowing, and radiative heat transfer.
Educational Profile
Saheb Konai completed his secondary and higher secondary education under the West Bengal Board with distinction. He obtained his Bachelor’s degree in Mathematics from The University of Burdwan and completed his Master’s degree in Mathematics from Visva-Bharati University with first division.
He successfully qualified the UGC NET examination in December 2020 with All India Rank 119 under LS category and later qualified UGC NET JRF in June 2021, demonstrating strong academic excellence and research aptitude in mathematical sciences.
Research Profile
Saheb Konai’s research work primarily focuses on nanofluid mechanics, computational fluid dynamics, thermal radiation effects, and mathematical modeling of transport phenomena. His publications investigate the influence of Stefan blowing, radiative heat transfer, shear flow, and nanoparticle flux in nanofluid systems over stretching surfaces.
His collaborative research with established academicians has resulted in publications in reputed international journals indexed in scientific databases. His work contributes to the advancement of applied mathematical techniques in fluid mechanics and thermal engineering research.
Publications
- Influences of Stefan blowing on unsteady flow of Casson nanofluid past a stretching surface, Forces in Mechanics, 2023.
- Nanofluid flow past a nonlinearly stretched surface with shear flow and zero nanoparticle flux, Partial Differential Equations in Applied Mathematics, 2024.
- Insight into the forced convective radiative Stefan flow of nanofluid over an unsteady stretched sheet, International Journal of Computational Materials Science and Engineering, 2024.
- Gravity-driven thermally stratified nanofluid flow past a permeable stretching surface, Pramana – Journal of Physics, 2025.
Conference Presentations
Saheb Konai has actively participated in several national and international conferences and seminars related to mathematics and fluid dynamics. He presented research papers at the International Conference on Mathematics and Applications organized by The University of Burdwan and National Seminar on Recent Advances in Mathematics and Its Applications organized by the University of Calcutta.
His conference presentations addressed advanced topics including Stefan flow of Casson nanofluids, thermally stratified nanofluid systems, nonlinear stretching surfaces, and computational analysis of heat transfer phenomena.
Professional Skills
- Strong expertise in mathematical modeling and computational analysis.
- Knowledge of fluid dynamics, nanofluid systems, and thermal transport phenomena.
- Experience in academic teaching, lesson planning, and student mentoring.
- Proficiency in computer applications and multimedia-assisted teaching methods.
- Knowledge of CBSE, ICSE, and CBCS curriculum frameworks.
Research Impact
The research contributions of Saheb Konai support the growing scientific understanding of nanofluid mechanics and nonlinear thermal systems. His studies provide theoretical and computational frameworks applicable in engineering systems, industrial fluid processes, and advanced thermal technologies.
His publications in internationally recognized journals and active conference participation demonstrate consistent scholarly engagement and growing impact within the mathematical sciences and fluid dynamics research community.
Conclusion
Saheb Konai represents an emerging researcher with strong academic and scientific contributions in applied mathematics and fluid dynamics. His research achievements, publication record, conference presentations, and advanced studies in nanofluid systems demonstrate significant promise for future contributions to computational mathematics and engineering sciences. His academic excellence and growing research profile strongly support his recognition under the Research Excellence Award category.
External Links
References
- Insight into the Forced Convective Radiative Stefan Flow of Nanofluid over an Unsteady Stretched Sheet. International Journal of Computational Materials Science and Engineering, 2026.
https://doi.org/10.1142/S2047684126500135