By browsing our site, closing this message, or clicking “Accept All Cookies”, you agree to store Cookies by us and third-party partners. Cookies enable certain functions on our site, let you access your account, allow us to analyse website traffic and usage, and personalise content and ads. We also share certain information about your usage of our site with social media, advertising, and analytics partners. Read more details. Accept All Cookies Manage Settings
FetchCFD
     CAD   MESH   CFD   FEA   AR   VR   Codes
Upload   Login   Sign Up  
Axial Turbine Simulation
Axial-Turbine-Simulation-Streamlines-Plots.jpg size: 1.649155 MB
Axial-Turbine-Simulation-Result-Files.rar size: 10.672497 MB
Axial-Turbine-Simulation-Pressure-Contour.jpg size: 0.059963 MB
Axial-Turbine-Simulation-Geometry.jpg size: 0.036529 MB
Axial-Turbine-Simulation-Velocity-Vectors.jpg size: 0.091313 MB
Axial-Turbine-Simulation-Velocity-Vectors-2.jpg size: 0.092164 MB

Axial Turbine Simulation

Steady state simulation of axial turbine using ANSYS CFX is performed. For turbulence shear stress transport model is used. Simulation result files are attached for download. Further credit: Christoph Scheit & Prof. Philipp Epple




Statistics

170 Downloads

10 Likes

4654 Views

6 Files

12 MB Content Size

March 1st, 2016 Uploaded

April 21st, 2019 Last Modified

<> Embed

Atif Masood
FC Score 865.30

    • 208 Projects

    499 Likes

    5163 Downloads

    Tags

    Open Source Common Creative Free Axial Turbine, Simulation,

    Categories

    Mechanical Engineering Turbomachines Turbomachinery CFD Computational Fluid Dynamics Computer Aided Engineering CAE ANSYS ANSYS CFX

    Related Projects

    Tutorial | Shell & Tube Heat Exchanger CFD Simulation with ANSYS CFX

    Quadcopter Drone CFD Simulation

    BMW Z3 simulation

    External Gear Pump Simulation using ANSYS CFX

    CFD analysis of flow over SUKHOI Su 30 MKI using OpenFOAM

    Responses

    pooriya sarmadi
    Hi Atif and thank you for your comment...let me to explain about my Simulation steps... I put all of my Simulation steps that you and all of members can check it... Also I put all of Contours... pressure inlet=10 Pa at inlet, turbulent intensity=5 % Hydraulic diameter=0.064 m at outlet, I use pressure-outlet as B.C. and put 0 pa and turbulent intensity=5 % and Hydraulic diameter=0.064 m I Set the backflow turbulence parameters for the flow outlet (pressure-outlet) to the same values used for pressure-inlet. Is it true? Please check all of my steps for simulation and all of contours and commenting... I am not sure my results of simulation are true or not... I do not know how to show the accuracy and validity of the results. I don't access to the experimental data or a good paper to show the accuracy and validity of the results. please help me...thank you...
    on September 26th, 2017
    FetchCFD
    © FETCHCFD 2019

    Shipped from Erlangen, Germany

    All projects and associated content © of their respective owners.

    3D Viewer   Augmented Reality   Virtual Reality   FetchBot   FetchX   Help Center  

    Data Privacy   Datenschutz   Terms of Use   Nutzungsbedingungen   About   contact   impressum   Press Kit