Strategic Objectives
• Master the principles of incompressible MHD flow dynamics.
• Optimize heat transfer in next-generation nuclear fusion blankets.
• Minimize Lorentz force resistance using advanced channel inserts.
• Predict and control liquid metal behavior in complex geometries.
The Core Challenge
Engineers face massive pressure drops and flow instabilities when pumping conductive liquids through intense magnetic fields.
01
Foundations of Magnetohydrodynamics
02
The Nature of Liquid Metals
03
Electrodynamics of Moving Media
04
The Lorentz Force
05
Navier-Stokes for Conductive Flows
06
Hartmann Flow Dynamics
07
The Role of Magnetic Reynolds Number
08
Pressure Drop Phenomena
09
Lithium-Lead Eutectics
10
Flow Channel Inserts (FCI)
11
Heat Transfer in Magnetic Fields
12
MHD Turbulence and Stability
13
Numerical Simulations in MHD
14
Electromagnetic Pumps
15
Sensors and Diagnostics
16
Corrosion and Compatibility
17
Fusion Reactor Applications
18
Magnetohydrodynamic Power Generation
19
The Alfvén Wave Phenomenon
20
Safety and Handling
21