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Skills

  • Aerospace Engineering
  • Computational Fluid Dynamics (CFD)
  • Design
  • Energy Engineering
  • Engineering
  • Finite Element Analysis
  • Mechanical Engineering
  • Simulation Modeling

Services

  • CFD Analysis

    $25/hr Starting at $25 Ongoing

    Dedicated Resource

    Hey there Hi I’m Furkan ÜNAL, a Mechanical Engineer having experience in CFD Analysis& Thermal Analysis. I have worked on CFD analysis and CAD projects throughout my working and education life.  During...

    Aerospace EngineeringComputational Fluid Dynamics (CFD)DesignEnergy EngineeringEngineering

About

Expert CFD, Mechanical, and Thermal Engineers

Hello,

My name is Furkan and I am a mechanical engineer with over 4.5 years of experience in CFD analysis and CAD projects. With extensive expertise in Ansys Fluent and Siemens NX programs, I have worked on external wing, aileron, aircraft, and car CFD analysis. Additionally, I am skilled in heat transfer and energy analysis, making me a versatile engineer.

I hold a Master's degree, and during my academic and professional journey, I have demonstrated mastery in various programs, including:

Ansys Fluent: I have completed numerous projects using this program, including a current joint project on the optimization of the interaction area of hydrophobic and hydrophilic surfaces.
Solidworks: I use this program as a drawing tool in the projects I undertake.
C++: I occasionally use this program to program user-defined functions (UDF) when defining special boundary conditions in the Ansys Fluent program.
Microsoft Office Programs: I use these office programs to write reports, create tables, draw simple graphs, and create presentations.
Wolfram Mathematica: I utilize this program for mathematical equations, functions, and graphics, and conduct regression analysis for some projects where material and fluid properties change with temperature.
Some of the notable projects I have worked on include:

Heat Transfer Performance and Flow Analysis in Enhanced Two Dimensional (2D) Rectangle Channel with Trapezoidal Dimples and V-baffle Plates
Optimization of interaction between hydrophilic and hydrophobic surfaces at micro-level inside the channel to facilitate water flow
Analysis of the cooling of square and cylindrical shaped parts at high temperatures in the channel
Heat transfer performance and flow characteristic in enhanced tube with trapezoidal dimples
Reducer design and showing the design application stages with calculations
Minimizing the heat transfer of the system with heat transfer using two-dimensional insulation material

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