I am Rahul Mishra, a researcher in fluid mechanics, computational modeling, and energy systems, with a strong interest in exploring the physics of complex multiphase flows and their applications in sustainable technologies and bioengineering.

My current research spans two major areas:

• Energy Systems: I investigate liquid metal-based fuel cells, with a particular focus on Liquid Antimony Anode (LAA)-based Solid Oxide Fuel Cells (SOFCs). Using OpenFOAM, I develop custom interfacial reaction models to simulate heterogeneous reactions between gaseous and liquid species, advancing the understanding of high-efficiency and stable energy conversion systems.
  
  

• Biofluid Mechanics: I work on computational studies of the rheological behavior of red and white blood cells in compliant microvessel networks, using CFD techniques to capture cell–vessel interactions. This research contributes to understanding blood flow in microcirculation and has implications for medical diagnostics and therapeutic design.
  
  

In addition, I use COMSOL Multiphysics to study heat transfer, phase change, and mixing phenomena in liquid metal systems, bridging the gap between fundamental modeling and practical applications.

My broader goal is to advance the use of computational multiphysics approaches to tackle pressing challenges in renewable energy and biomedical engineering, where fluid dynamics plays a central role.

Alongside research, I have extensive experience in teaching mathematics at all levels, including RMO and IOQM, across all international boards (IGCSE, IB), including Calculus, Geometry, and Algebra for secondary and tertiary schools of USA/Australia/UAE. Engineering mathematics and college-level mathematics for B.Sc, B.Tech, and B.S. My teaching philosophy emphasizes conceptual clarity, problem-solving skills, and fostering a deep appreciation for the beauty and applications of mathematics.