Associate Professor,
Department of Mathematics

Areas of Research Interest: Fluid Dynamics, Mathematical modeling, Machine Learning, Quantum Computing.
Currently working on
Steady/ unsteady flows of non-Newtonian fluid through rigid/ elastic circular pipes with applications in Human Circulatory system.
Approximate analytical solutions / numerical solutions to Heat transfer problems in porous media
Fluid flow problems in non-conventional coordinate systems
Data Analytics
Students
Karthik A.
A Study of Fluid flow in Tapered Elastic Pipes with Applications in Human Arterial System. (Thesis Defended)
Ketana K.
Title of the thesis: A study on Statistical and Machine Learning Models for the blood flow in the Human circulatory System
Debismitha Nayak.
Title of the thesis: A Pipeline Network Model for Arterial Blood Flow Analysis in Humans
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