Assoc. Prof. Dr. Bhargavi D | Applied Mathematics | Best Researcher Award
National Institute of Technology Warangal | India
Dr. D. Bhargavi is an accomplished academic and researcher in applied mathematics, specializing in fluid mechanics and numerical heat transfer. She holds advanced degrees in mathematics, culminating in a doctoral qualification from a premier technical institute, with research focused on forced convection heat transfer in porous channel systems. Her academic career reflects extensive experience across teaching, research, and academic leadership at a leading national institute, where she has progressed through faculty roles and contributed significantly to curriculum development at undergraduate and postgraduate levels. Her research interests encompass porous media flows, magnetohydrodynamics, thermal non-equilibrium modeling, viscous dissipation, numerical methods, and computational fluid dynamics. She has supervised multiple doctoral and postgraduate research projects, fostering interdisciplinary applications of mathematical modeling in engineering and science. Her scholarly output includes a substantial number of high-impact journal publications, conference papers, and book chapters with reputed international publishers. Recognized for academic excellence, she has received competitive national fellowships and best paper awards at international conferences. In addition to research, she has actively contributed to faculty development programs, workshops, and international conferences, and has undertaken key academic and administrative responsibilities. Overall, her career reflects sustained contributions to advanced mathematical research, high-quality teaching, and the development of computational approaches for complex heat and fluid flow problems.
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Featured Publications
Heat Transfer Enhancement in Magnetohydrodynamic Darcy-Brinkman Flow Through Anisotropic Porous Media with Viscous Dissipation Effects at the Entry
– ASME Journal of Heat and Mass Transfer · Article · Cited by 0
Stability Characteristics of Variable-Gravity Channel Flows with Partial Porous Filling: A Dual Linear–Nonlinear Study
– Chaos, Solitons & Fractals · Article · Cited by 0
Viscous Dissipation and Brinkman–Bénard Convection with Thermal Anisotropy: Stability Studies in Both Linear and Nonlinear Regimes
– The European Physical Journal Plus · Article · Cited by 1