Tutorial: Checking the Validity and Quality of Mesh (STAR-CCM+)

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  • Опубликовано: 15 ноя 2024

Комментарии • 14

  • @taralpatel5371
    @taralpatel5371 2 года назад

    Thanks a lot for the video. It was helpful especially when there are less videos for Star CCM+.

  • @mohammadzareyan6855
    @mohammadzareyan6855 2 года назад

    Thank you Mojtaba, quite helpful! Keep going!

  • @teacherjessicacaroline
    @teacherjessicacaroline 2 года назад

    Thank you for your explanation! It's very useful!

  • @thokozanikunene1738
    @thokozanikunene1738 Год назад

    Excellent!

  • @Nature_Shorts116
    @Nature_Shorts116 2 года назад

    Wow, thanks for this video!!

  • @nassiryassin9198
    @nassiryassin9198 Год назад

    Thanks, handy video

  • @mortezamaaliamiri4342
    @mortezamaaliamiri4342 2 года назад

    Very well-done!!

  • @jmohammadpour
    @jmohammadpour 2 года назад

    Perfect, thanks!

  • @vittorioragno6621
    @vittorioragno6621 2 года назад

    Very nice video! Are there any methods to improve overall bad quality cells without changing them into symmetry domain, other than densify the mesh?

    • @CFD_Mojtaba
      @CFD_Mojtaba  2 года назад +2

      Dear Vittorio Rango,
      Thank you for writing! In answer to your question, please note that using volume/surface mesh refinements for the regions where low quality cells are located is the best method to deal with any mesh quality issue.
      I hope this was helpful.
      Respectfully,
      Mojtaba.

  • @milanaisyah
    @milanaisyah 2 года назад

    Hi,
    Your tutorial is very interesting. Is it possible for you to make a full tutorial on how to mesh the NREL phase VI wind turbine blade? I know it is quite a high demand. I'm quite of stuck here. Btw, I'm using Ansys meshing.. but I'm okay if you want to use Star CCM

    • @CFD_Mojtaba
      @CFD_Mojtaba  2 года назад

      Dear Milanaisyah,
      Thank you for writing. I will make a tutorial on this subject.
      Respectfully,
      Mojtaba.