Research Activities

Advanced Computational Methods for Fluid Dynamics

Goal: To create novel methods for faster and more accurate solutions.

Research Interests:

• Methods for compressible and incompressible flows.
• Finite differnces methods.
• Finite volumes methods.

Fluid mechanics and Heat Transfer

Goal: To study the thermal and hydrodynamic flow in problems of internal or external flow.

Research Interests:

• Laminar and turbulent flow of incompressible and compressible fluid flows.
• Simulation of thermal flow of fluids in heat exchangers.

Magnetohydrodynamics

Goal: To simulate accurately the flow of MHD liquids and create more efficient technological applications.

Research Interests:

• Liquid metal flow ducts of various geometries.
• Simulation of thermal flow of liquid metals in heat exchangers with moving boundaries.

Ferrohydrodynamics

Goal: To find new, simpler and more accurate models for FHD flows.

Research Interests:

• Models for micropolar fluid flow.
• Flow simulation of magnetic fluids.
• Biomagnetic flow applications in blood vessels.
• Magnetic fluid flow control with strong magnetic fields.