Projekt‐ & Berufserfahrung
2/2020 – 9/2020Tätigkeitsbeschreibung
In my recent master thesis in CFD simulation field was to solve the problem of overestimation of the wake in RANS CFD simulations with k-ω SST turbulence model. Consequently, have applied a Mathematical approach for wake expansion and tip vortex decay for wind turbines by using FLOWer software and FORTRAN as programming language. As result, the problem is solved and will be applied further in ENERCON. Additionally, comparisons were conducted for CFD simulations of 2D/3D airfoils in both cases of overset grid and non-overlapping grid by using OpenFOAM.Eingesetzte Qualifikationen
Computational fluid dynamics (CFD)
I have finished two Masters degree in Mechanical Engineering and am looking for new Phd position in any University especially in Europe. Additionally, it will great option , if i get opportunity to work in R&D at any company related to wind turbines.
In my previous master thesis, the aim of work was to introduce a mathematical model to study the effect of the geometric parameters along with the flow parameters on the dynamic performance of pigs along pipelines. The equations governing the axis-symmetric fluid flow are numerically solved by the finite difference method using MATLAB. Based on my previous experience as research assistant, I have accomplished research in material science. Regarding material science, I was trained to use universal test machine for testing materials. Performed a different available durability prediction models based on Arrhenius equation were utilized to predict the characteristics of two different composite materials for long term exposure time depends on the experimental short-term properties. Currently, I am studying now an online Course in Edx that includes develop Structural mechanics and Fluid dynamics simulations for various applications by using ANSYS 2020 R2.