Computational Electromagnetics
The Computational Electromagnetics group has discipline expertise in electromagnetics, acoustics, plasmas, high-energy-density physics, nondestructive evaluation, and inverse problems. They also have extensive knowledge of general applied mathematics, software development, and high performance parallel computing.
Ben Fasenfest, 925-423-6056
Group Leader
| Contact | Phone | Discipline Expertise |
|---|---|---|
| Dave Braun | 925-423-6275 | Hydrodynamics, laser-plasma interaction, EOS experiments |
| Jerry Burke | 925-422-8414 | Electromagnetics |
| Mark Converse | 925-422-6499 | ALE3D, CUBIT, EMSolve, XFDTD, EM Analysis, Plasma/MHD, XPATCH |
| Jonathan Cranford | 925-422-3420 | Computational Modeling of Electricity in Biological Tissue, Parameter Sensitivity Analysis and Optimization, 3D Data Analysis and Visualization, Parallel Computing, MATLAB, Python, C/C++, VisIt, ParaView |
| Tony DeGroot | 925-422-5496 | Dyna/Paradyn, CUBIT, Structural Analysis, Mechanical Analysis, Software Development, Parallel Computing |
| Jeff Kallman | 925-423-2447 | Non-destructive Evaluation, Computed Tomography, Software Development, Parallel Computing |
| Joseph Koning | 925-423-6056 | ALE3D, CUBIT, rad-hydro, EMSolve, EM Analysis, Plasma/MHD, Software Development, Parallel Computing |
| Chris Kueny | 925-423-1359 | Plasma, MHD, PIC, EMP, DPF, Accelerators, Machine Learning |
| Sean Lehman | 925-423-3580 | Non-destructive Evaluation, Inverse Methods, Software Development, Remote Sensing |
| Robert Sherwood | 925-422-6232 | Dyna/Paradyn, Software Development, Parallel Computing |
| Jonathan Wong | 925-423-2518 | Dyna/Paradyn, Parallel Computing, GPU Computing, Mechanical Analysis, FEM Heart Modelling |
