College of Engineering
Carl Sovinec's research interests lie in the numerical simulation of plasmas and fluids. His recent efforts have focussed on simulating nonlinear electromagnetic behavior in magnetically confined plasmas, where the extreme stiffness and anisotropy resulting from the magnetic field provide great challenges for numerical approaches. The work is aimed toward providing comprehensive modeling of magnetically confined plasmas. Such modeling will advance the effort of achieving controlled fusion reactions for energy production by helping us understand dynamics observed in existing devices and by allowing us to optimize new configurations before hardware is constructed.
- Computational plasma physics--computational fluid dynamics--magnetohydrodynamics--numerical methods for partial differential equations