1. Case Description

    1. Domain Size : 56.5m x 12m x 3.8m
    2. Boundary Condition
      1. inlet velocity : 50m/s
    3. Geometry Reference from

    'f1 ferrari' project by igyongyosi on SimScale - AUTOMOTIVE

  2. Select Project Path

    1. Set the desired project path.

  3. Select mesh file

    1. Download mesh
    2. Select F1_ferrari.msh

  4. Please describe your case

    I want to simulate external flow of f1 machine.

  5. Please describe velocity and pressure conditions

    inlet velocity is 50m/s surface normal velocity.

  6. Pressure, Velocity File Generate 버튼을 누르고 p,U 파일이 생성 될 때까지 기다립니다.

    1. Sometimes not responding appears. It is waiting for the results from chatGPT, so please wait for a few minutes.
    2. When creation is complete, a pop-up will appear indicating that creation has been completed. Check whether the p,U file was created properly in the project folder/0 location.

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  7. Click [Check Boundary File Validity] to check the boundary file consistency.

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  1. Choose turbulence mode : kOmegaSST

  2. Edit Hydraulic Diameter

    1. inlet : 5.78
    2. outlet : 0

  3. Max Iteration for simulation

    1. 2000

  4. Write Interval for simulation progress

    1. 1000

  5. How many cpus will be use?

    1. Enter the number according to the number of your computing resources

  6. Press [Generate Case!]

  7. Press [Run] to simulate.

  8. Press [Plot Residuals] to check residual graph.

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  9. Postprocess with Paraview

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