Bhupesh Dutt Sharma
Assistant Professor
Dr. Bhupesh Dutt Sharma is an Assistant Professor in the area of applied mathematics at TAPMI Bengaluru. He did his PhD from the National Institute of Technology, Allahabad in area of applied Mathematics. Before joining TAPMI he was a faculty at Manipal Centre for Business Practice-MAHE. Prior to MCBP-MAHE, he worked with VIT(Andhra Pradesh Campus) as an assistant professor for more than three years. He is qualified CSIR-NET JRF and GATE in Mathematical Science. His expertise lies in the area of Differential Equations, Probability& Statistics, Operation Research, Numerical Methods and Calculus.
Qualification: Ph.D. in Applied Mathematics (MNNIT Allahabad), M.Sc. (Mathematics)
CURRENT ACADEMIC ROLE & RESPONSIBILITIES
Assistant Professor at TAPMI Bengaluru
Date of Joining: 15th September 2022
SUBJECTS CURRENTLY TEACHING
| Subject | Semester / Year |
|---|---|
| Probability & Statistics , Calculus, Business Statistics, Complex analysis, Linear Algebra, Numerical Analysis, Ordinary Differential Equation, Partial Differential Equation, Operation Research, Business Mathematics |
AREAS OF INTEREST, EXPERTISE AND RESEARCH
Area of Interest
Data analysis, Machine Learning, optimization, Computational methods
Area of Research
Mathematical modelling in biological flow problems , Bio-Fluid Dynamics, Numerical Method for PDE ,Partial Differential Equation, Mathematical Problem of Economics, Finance
Sharma B.D., Yadav P.K. and Filippo A.N. “A Jeffrey-Fluid Model of Blood Flow in Tubes with Stenosis” “Colloid Journal“(SCI), (2017) 79(6), 849-856.
Sharma B.D., Yadav P.K. “A Two-Layer Mathematical Model of Blood Flow in PorousConstricted Blood Vessels” “Transport in Porous media” (SCI), (2017), 120(1), 239-284.
Sharma B.D., Yadav P.K. “A Mathematical Model of Blood Flow in Narrow Blood Vessels in Presence of Magnetic Field” “National Academy Science Letters (SCI)” (2019), 42(3), 239-243.
Yadav P.K., Jaiswal S. and Sharma B.D. “A Mathematical Model of Micropolar Fluid inTwo-Phase Immiscible Fluid Flow through Porous Channel” “Applied Mathematics andMechanics (English Edition) (SCI), (2018), 39(7), 993–1006.
Yadav P.K., Sharma B.D., and Filippo A.N. “Oscillatory Viscoelastic Model of Blood Flow in Stenotic Artery” “Colloid Journal” (SCI) (2020) 82(5), pp. 617–625.