Featured
Keheng Zhu
Ph.D. Student in Climate & Space Sciences & Engineering
University of Michigan
Computational Plasma Physics · Space Weather Modeling · Scientific Computing
I build first-principles and fluid models of plasmas — from Monte-Carlo simulations of electron–ion collisions to chromosphere–corona coupling in the Space Weather Modeling Framework — to sharpen our physical and predictive understanding of space weather.
Research Interests
- Space-weather modeling & chromosphere–corona coupling (SWMF)
- First-principles / Monte-Carlo simulation of plasma collisions
- Magnetohydrodynamics & computational fluid dynamics
- Plasma transport, diffusion & particle trajectories
Technical Skills
Languages: C/C++ · Python · Fortran · MATLAB
Methods: TVD-MUSCL · Strang splitting · finite volume · Monte Carlo
APT · SWMF · MPI · Git · Linux · Mathematica · LaTeX
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Protected: Challenges of Long-Duration Collision Simulation — and Solutions
There is no excerpt because this is a protected post.
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Protected: First-Principles Simulation of Plasma Collisions: Conclusion Report for Student Research Project
There is no excerpt because this is a protected post.
Latest Posts
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Protected: First-Principles Simulation of Plasma Collisions: Conclusion Report for Student Research Project
Show Excerpt
There is no excerpt because this is a protected post.
Categories
Recent Posts
- Protected: Plan: Validation and Transport in Magnetic Fields
- Hot Plasma Dispersion Relation Solver
- Cold Plasma Dispersion Relation
Tags
APT Code Collision Collision Operator Debye Shielding Dispersion Relation Featured FUYUN GitLab Plasma Physics Plots Python Seaborn Simulation SSH Waves in Plasmas