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Brukeravatar

Mahdi M.

@mahdisabuki

5,0
3
3,0
3,0
100%

Mechanical Engineer

$10 USD / time
・
s flagg
Austria (8:33 p.m.)
・
Ble med desember 31, 2023
$10 USD / time
・
* Expert at Engineering softwares: - Solidworks - AutoCAD 3D - PDMS - Autodesk Inventor - Revit * Expert at Equipment inspection: - Cranes - Pumps - heat exchangers - Valves - Boilers * Fluent in the following languages: - English - Russian - German - Persian
Verifikasjoner
Innen fristen
100 %
Innenfor budsjett
100 %
Akseptrate
100 %
Freelancer Data Processing Executives Austria
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Portefølje

Portefølje

11905827
other samples modeling using Solidworks
Solidworks samples
other samples modeling using Solidworks
Solidworks samples
11905822
Modeling of a cooling system using PDMS
Cooling System
11905802
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
11905784
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
11905763
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
11905827
other samples modeling using Solidworks
Solidworks samples
other samples modeling using Solidworks
Solidworks samples
11905822
Modeling of a cooling system using PDMS
Cooling System
11905802
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
11905784
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
11905763
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
Endringer lagret
5.0 · 3 Reviews
Anmeldelser
Brukeravatar
Documents verification required from University Of Vienna Austria • $205 USD
Nice to work with him. Will work again.
Usman R.
@usmanrashid86
•
s flagg
Islamabad, Pakistan
•
2 måneder siden
Del
V
Site Visit -- 7 • $60 USD
Excellent work deliver all require work on given timeline, happy to work with this freelancer, recommend for others!!
Waqas A.
@vicky66
•
s flagg
Islamabad, Pakistan
•
7 måneder siden
Del
Brukeravatar
Certificate Verification at Sola Laser Academy in Vienna • $55 USD
Have good experience, working with Mahdi. Very professional and meet timelines.
Anum Y.
@AnnieDCS
•
s flagg
Rawalpindi, Pakistan
•
9 måneder siden
Del
Utdanning
Technische Universität Wien
2023 - 2024
•
1 år
Msc.
s flagg
Austria
2023 - 2024
•
1 år
Kvalifikasjoner
Designing Complex Surfaces with SolidWorks
2023
Sharif University of Technology
Certification: "Designing Complex Surfaces with SolidWorks" from Sharif University of Technology.
2023
Publikasjoner
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station
Springer SN Applied Sciences (2021)
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station using Solidworks for modeling and Ansys-Fluent for numerical simulation.
Investigation of NPSH Variation of Suction Pumps during Low and High Ties.
36th International Association for Hydro-Environment Engineering and Research World Congress (2015)
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station using Solidworks for modeling and Ansys Fluent for numerical simulations.
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