Electromechanical Systems Modeling
Thermal performance modeling for an electrical enclosure: CAD parameterization, CFD-based natural convection analysis, and iterative design evaluation across operating constraints.
Current: in-progress senior design work — this page is updated as deliverables are submitted.
Senior Design
Siemens NX
ANSYS Fluent
Natural Convection
Iteration / DoE
Work Done
- Built a parameter-driven enclosure model to control geometry changes (louvers, cutouts, thickness, and key dimensions).
- Set up CFD workflows to estimate temperature rise and airflow patterns under natural convection assumptions.
- Ran comparisons across design variants and operating inputs to support tradeoffs and decision-making.
- Packaged results into presentation-ready figures, tables, and a clear narrative for stakeholder review.
Project Context
Focus: enclosure thermal management and temperature rise under realistic constraints. Emphasis on disciplined modeling: controlling inputs, documenting assumptions, and comparing variants consistently.