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 my education and working life, I had the pleasure of doing CFD analysis. My works have always been meticulous and well-organized, and most importantly, my documentation skill and reliability were extremely well. I have displayed impressive analytical thinking, keen intellect and solution-oriented in my work life. The programs I use are as follows; 

Ansys Fluent and Ansys CFX; I have done a lot of projects with these programs so far. I am actively conducting a joint project on the optimization of the interaction area of hydrophobic and hydrophilic surfaces. 

Solidworks and Siemens Nx; I use Solidworks and Siemens NX programs as a drawing program in the projects I have done. 

C++; I only use the program to program UDF (user defined function) when I sometimes need to define special BC (boundary condition, boundary conditions) in the Ansys fluent program. I think I only master a very small part of the program, since the programming work involves infinite space. 

Microsoft Office Programs (Excel, Powerpoint, Word) I use these office programs to write reports, create tables, draw simple graphs and make presentations. 

Wolfram Mathematica; I use this program for mathematical equations, functions and graphics.Also, in some projects, material and fluid properties change with temperature, ie they are not constant. Therefore, I do regression analysis from this program.

 Ansys Gambit; I used this program as I didn't have a program for meshing in the old Ansys Fluent version. But now I am using Ansys Workbench 2019 R1 and I do not use it actively because there is a separate program for Mesh. 

Some projects I've worked before; 

1. Heat Transfer Performance and Flow Analysis in Enhanced Two Dimensional (2D) Rectangle Channel with Trapezoidal Dimples and V-baffle Plates. 

2. Optimization of interaction between hydrophilic andhydrophobic surfaces at micro level inside the channel to make water flow. 

3. Analysis of the cooling of square and cylindrical shaped parts at high temperatures in the channel 

4. Heat transfer performance and flow characteristic in enhanced tube with the trapezoidal dimples 

5. Reducer design and showing the desing application stages with calculations. 

6. Minimizing the heat transfer of the system with heat transfer using two-dimensional insulation material. 

7. Quenching analysis of the part in air and oil environment.