- π¨βπ Mechanical Engineering enthusiast with a focus on Computational Fluid Dynamics (CFD) and Multi-Physics Modeling.
- π» Passionate about solving complex problems at the intersection of CFD, ML, and scientific computing.
- π§ Currently exploring ML applications in fluid mechanics, including convection-diffusion studies and combustion modeling.
- π Contributor to open-source projects, with expertise in OpenFOAM, PETSc, and Python-based scientific computing.
- βοΈ Developer of specialized tools like custom OpenFOAM solvers, GRI mechanism reduction, and 1D flame speed simulations.
- π¬ Reach me at [email protected]
-
University at Buffalo SUNY
- Buffalo, NY
- https://ujjwalkanthn.github.io/
- in/nsujjwalkanth
Popular repositories Loading
-
ml-cfd-lecture
ml-cfd-lecture PublicForked from AndreWeiner/ml-cfd-lecture
Machine Learning Applied to Computational Fluid Mechanics
Jupyter Notebook 2
-
Convection-Diffusion-Case-Study
Convection-Diffusion-Case-Study PublicConvection-Diffusion Case Study using Custom OpenFOAM Solver Implementation
C++ 2
-
p4pdes
p4pdes PublicForked from bueler/p4pdes
C and Python examples from my book on using PETSc and Firedrake to solve PDEs
C 1
-
-
GRI-Mechanism-Reduction
GRI-Mechanism-Reduction PublicPython code for Methane mechanism reduction
Python 1
-
GRI-Sensitivity-Analysis
GRI-Sensitivity-Analysis PublicGRI Mech (Methane) Sensitivity Analysis using Python
Python 1
If the problem persists, check the GitHub status page or contact support.