PhD Student, Georgia Institute of Technology
My background is as a numerical physicist. I enjoy working with most fields of physics and specialize in computational optimizations for writing physics-based solvers and simulations. I have worked on code applied to relativistic astrophysics, medicine, signal processing, electromagnetics, computational fluid dynamics, magneto-hydrodynamics, and others. I am current pursuing a PhD in Computational Science & Engineering at the Georgia Institute of Technology on my work optimizing compressible CFD simulations of particle-laden flows. My goal is improving the efficiency of computational methods by focusing on algorithms and techniques that produce optimal results given finite resources. You can view my most-recent publications for a review of topics I am currently or have recently been working on.
I climbed a new mountain with my wife today; Seneca Rocks in WV. She wanted a casual day, so we stuck to the “Old Ladies Route”, which is a 5.2 wrapping around the southern cliff of the mountain. While my day was great, I did encounter a group of climbers that really concerned me. That...
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A visualization of the vorticity around a pitching airfoil with synthetic turbulence injected in the upstream.
See all visualizations →Wilfong, Benjamin, Le Berre, Henry A, Radhakrishnan, Anand, Gupta, Ansh, Vickers, Daniel J, Vaca-Revelo, Diego, Adam, Dimitrios, Yu, Haocheng, Lee, Hyeoksu, Chreim, Jose Rodolfo, others
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A weekly lecture talk at Boston Medical Center for the Anesthesia Department on the interpretation of EEG Density Spectral Arrays.
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PhD Student
Georgia Institute of Technology