Modelica benefits

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  • Опубліковано 27 сер 2024

КОМЕНТАРІ • 13

  • @gondala
    @gondala Рік тому

    thank you for the insight. I think this video is very informative to understand the feature of modelica. I always work with simulink and matlab, and I think I get the idea.

  • @lhrbueno
    @lhrbueno 7 років тому +1

    Very good explanation!

  • @planetdeepak
    @planetdeepak 7 років тому

    Thank you for the nice explanation .

  • @albertomora4462
    @albertomora4462 4 роки тому

    To be honest, also in Simulink there are spring mass and other physical elements (see Simscape)

  • @ajolote03
    @ajolote03 7 років тому

    Excelent explanation

  • @Baibakov88
    @Baibakov88 7 років тому +1

    Thank you! This was a very helpful tutorial. How did you insert a custom image for the mass icon?

    • @filipjezek1185
      @filipjezek1185 7 років тому +1

      Actually, this has been done in post-production, as we forgot to add it in the process. However, it is possible to add an existing bitmap image or embed it directly into model. It is the tool right from the T icon in the ribbon.

  • @olivergriffiths1996
    @olivergriffiths1996 5 років тому +1

    Does anyone know if this is from a series of videos? Or can anyone recommend any good Modelica tutorials?

  • @baranyalcin9937
    @baranyalcin9937 5 років тому

    OK, I get the technical part, but what do you want from the cats?!?

  • @jackdiablo3767
    @jackdiablo3767 7 років тому

    These guidelines blocks also codes in modelica. It is very good in control system please show me the videos to interface with c

  • @jackdiablo3767
    @jackdiablo3767 7 років тому

    I use mathematica's systemodeler that is a commercial of modelica

  • @richardbloemenkamp8532
    @richardbloemenkamp8532 3 роки тому

    Nice explanation. You have a very nice accent but your icon drawing skill may need need a bit of work. Your arguments for Modelica are a bit weak, I agree that for more complex systems it is much better or even required to break them down in blocks like masses and springs which can be done in almost any programming language of course. I built the same and more complex systems directly in Python and C++ with spring and mass classes/structs. The power of Modelica might lie in well-defined component interfaces, the available predefined models, the internal matrix form optimization, the available ODE solvers and the graphic presentability of the system and the results. I'm still a bit worried to get stuck by some missing functionality that in general programming languages can be added by hand.