Jose L. Ortiz's Projects
Simple OOP Python Code to run some Pseudo-Spectral 2D Simulations of Turbulence
A method to predict the behaviour of the subgrid turbulent transport in the atmosphere.
A cylindrical solver of the Navier-Stokes that includes multiple LES implementations. Originally developed by Prof. Elias Balaras' group at George Washington University and modified by our group at UCSD to simulate stratified flows in multiple setups.
A novel method to study the far signature (wake+waves) of moving objects in the ocean in a computationally feasible manner.
A postprocessing library in python to deal with large binary files, compute partial derivatives and a variety of other expensive operations.
Spectral code to solve a stratified Ekman boundary layer. A canonical setup to study atmospheric turbulence where the influence of the Earth rotation and the nocturnal surface cooling is included.
A series of articles about Kubeflow pipelines in Vertex AI
My clone repository
Stability analysis of a quasi-parallel flow in cylindrical coordinates. Developed together with Prof. Wilfried Coenen.
Config files and hpc utilities -- bash, tcsh, vim, macos