Osman Samet Y.

I help engineering teams make confident thermal and airflow design decisions with validated CFD: electronics cooling, heat exchangers, HVAC/ECS and industrial thermal equipment. MSc (Distinction) in Thermal Power & Fluid Engineering from the University of Manchester, and 3 years as a Thermal System Design Engineer at Turkish Aerospace (TAI), working on helicopter and UAV Environmental Control Systems. Top Rated on Upwork with 5.0 client feedback. What I can do for you: • CFD in ANSYS Fluent and Simcenter STAR-CCM+: steady and transient, internal and external flow, conjugate heat transfer, radiation, compressible flow with shocks • Electronics and avionics cooling: enclosure airflow, fan placement, heat sinks, temperature-limit checks • Heat exchangers and thermal equipment: pressure drop, HTC distributions, performance curves • 1D system modelling in Simcenter Amesim, coupled with 3D CFD • Mesh strategy, solver stability and convergence checks you can trust • Geometry cleanup in SpaceClaim, SolidWorks and CATIA V5 • Python automation for post-processing and parametric studies (NumPy, Pandas, PyFluent) Selected work: • Transient thermal analysis of a ~20 m industrial autoclave, correlated with test data • Compressible-flow CFD of an air jet pump, resolving internal shock structures and generating missing performance data • Blower–damper CFD to size flow and pressure requirements, feeding HTC maps into transient thermal models • Unsteady RANS (k-ω SST) of the NREL Phase VI wind turbine rotor, matching experimental Cp distributions • Expert validation of AI-driven CFD workflows (meshing, setup, solution, post-processing) for a CAE software company How I work: we agree on goals and assumptions first, I share mesh and convergence evidence along the way, and you get a clear report with contours, plots and the case files so you can rerun or extend the work. Send me your geometry and the decision you need to make, and I will tell you the right level of analysis for it.