CFD
(Computational Fluid Dynamics)
StarCCM+
ANSYS Fluent
Gerris numerical solver
MITgcm
MATLAB, C++, Python, and Fortran
experience in:
Home
upcoming and previous projects
Error Transport Equations
- Researching Error Transport Equations (ETE) for error estimation in CFD
- Extended technique to handle unsteady and discontinuous flows
- Developed CFD code for solving Euler Equations and the Convection-Diffusion Equation
- Had work presented at ASME and SIAM conferences
Updates: Latest work will be presented at the AIAA Aviation Conference!
NOTE:
Currently in progress
hydraulic jump simulations
Published:
https://library.upei.ca/islandora/object/csme2020%253A39
- Researched impact of topography variation in internal hydraulic jumps
- Used Compute Canada supercomputer cluster to run simulations
- Created MATLAB & Python post-processing codes to generate images of density field, the results were then combined into a video containing each photo for 1/60th of a second (or 60fps)
western rocketry cfd for spaceport america cup '20
- In preparation for the Spaceport America Cup 2020, transient and steady-state CFD simulations on StarCCM+ were run to find aerodynamic performance of our rocket
-Adaptive mesh refinement was implemented to increase resolution near the shockwave
- Simulations were parallelized to run on GPU clusters and later processed on a local Windows PC
western formula electric cfd
- Conducted several StarCCM+ CFD of airfoil and vehicle at various ride-heights
- Simulations were steady-state in order to compute maximum downforce and drag produced once simulations fully converged
- Simulations are run on the SHARCNET's Graham cluster for parallel computing