Mechanical Engineer | CFD & Numerical Simulation | Independent Researcher in Computational Number Theory
I am a mechanical engineer working in CFD, numerical simulation, and mechanical systems. I also conduct independent research in computational number theory, which is currently a central focus of my work.
My research emphasizes prime-number structure, reproducible numerical experiments, sensitivity analysis, prior-art checking, and the clear documentation of both positive and negative results.
- Computational Fluid Dynamics
- Prime numbers and multiplicative number theory
- Numerical simulation and engineering analysis
- Reproducible computational research
- Python for scientific computing
- Mechanical systems and heavy equipment
A reproducible, self-directed computational study beginning with the division table and following its structure through prime-power layers, sieve constructions, explicit formulas, spectral models, and numerical controls.
The project emphasizes:
- runnable verification code;
- comparison with known mathematical literature;
- sensitivity and truncation analysis;
- documentation of corrections and negative results;
- no claims concerning a proof of the Riemann Hypothesis.
Repository: prime-number-studies
I am developing this profile to include selected CFD and mechanical-engineering studies, with emphasis on:
- mesh-independence studies;
- analytical or experimental validation;
- documented boundary conditions;
- reproducible preprocessing and postprocessing;
- clear engineering conclusions rather than contour plots alone.
Python · ANSYS Fluent · ANSYS Mechanical · SolidWorks · STAR-CCM+ · NumPy · SciPy · SymPy · Matplotlib
- ORCID: 0009-0004-5912-999X
- Prime Number Studies DOI: 10.5281/zenodo.21638887
For engineering collaboration, CFD studies, reproducibility discussions, or mathematical correspondence, connect with me through LinkedIn or GitHub.