Experienced in high performance computing, physical oceanography, fluid mechanics and applied mathematics. https://www.youtube.com/watch?v=IuUDRU9-HRk earobone@gmail.com Software (Available upon request in most instances) BSolve (versions I and II) - Solves the full Navier-Stokes equations in a rectilinear domain with two (one or two in II) periodic directions and one (one or two in II) non-periodic directions using MPI over many processors using a direct pressure solver in I and a novel high-order multigrid pressure solver in II (Fortran 95 with MPI) LinHSL - Solves the linearized equations for a rotating and stably stratified shear layer (Fortran 95 with MPI) LinSYM - Solves the linearized equations for a frontal zone (MATLAB) Saaz - Computational database for querying scientific data (C++, chief architect : Dr. Alden King) Wavelet-based lossy three-dimensional compression of simulation data (Fortran 95) Current Projects (Please email for details and/or if you are interested in collaborating) - Object-oriented general purpose geophysical flow solver with MPI - Robust wavelet-based storage and visualization toolkit Skills - Programming using Fortran 95/2003, MATLAB/Octave, C/C++, and high-performance computation with MPI - Solving partial differential equations using iterative methods (e.g. multigrid, Runge-Kutta) -
Linear stability analysis and direct simulation of the Navier-Stokes
equations with coordinate system rotation and density stratification - MS Office/LibreOffice productivity software and LaTeX, Linux- Statistical analysis of temporally-evolving nonlinear systems of differential equations - 3D visualization using Tecplot and ParaView Refereed Publications E. Arobone and S. Sarkar, "Effects of Three-Dimensionality on Instability and Turbulence in a Frontal Zone," J. Fluid Mech. (2015), vol. 784, pp. 252-273. E. Arobone and S. Sarkar, “Evolution of a stratified rotating shear layer with horizontal shear. II. Nonlinear evolution,” J. Fluid Mech. (2013), vol. 732, pp. 373-400. E. Arobone and S. Sarkar, “Evolution of a stratified rotating shear layer with horizontal shear. I. Linear stability,” J. Fluid Mech. (2012), vol. 703, pp. 29-48. A. King, E. Arobone, S. Baden, and S. Sarkar. "The Saaz framework for turbulent flow queries," IEEE e-Science. Stockholm, Sweden, 2011. E. Arobone and S. Sarkar, “The statistical evolution of a stratified mixing layer with horizontal shear invoking feature extraction,” Phys. Fluids, 22, 115108 (2010) |