Iterative Methods for Systems of Equations (Fall 2023)
Numerical Linear Algebra (Spring 2023)
Modeling and Simulation (Spring 2023)
Computational Science and Engineering Algorithms (Fall 2022)
Viscous Fluid Flows (Fall 2022)
About Me
I am a second year Ph.D. student studying Computational Science and Engineering at Georgia Institute of Technology. My primary research is on the modeling of gas liquid interfaces under high amplitude accelerations, but I also make regular contributions to MFC, an exascale ready multiphase flow code that scales to 10's of thousands of GPUs. When I'm not busy with school or research I enjoy spending time outdoors camping, hiking, and climbing or indoors playing board games and enjoying a craft beer.
Some of my Work
Vorticy Shedding of a Shock Inpinged Droplet
Atomization of a 3D water droplet in air impinged by a Mach 1.46 shockwave. A 2000 x 1000 x 1000 cartesian grid is used to discretize the computationl domain. The flow was simulated for 200k time-steps with snapshots saved every 1k time-steps. The simulation required four hours of wall time using 960 GPUs on OLCF Summit. The video shows the development of the isosurface at which the vorticity is 100k.