Choosing a Thermal Analysis Approach - SOLIDWORKS Simulation and Flow Simulation

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  • Опубликовано: 22 авг 2024

Комментарии • 8

  • @user-xm1zk2zv5p
    @user-xm1zk2zv5p 13 дней назад

    Hello, I am a student. Can you share the file so that I can practice simulation? Thank you

  • @Darklord16t
    @Darklord16t Год назад

    Can you explain more about the flow simulation or do a small example I am planing to design heat sink for solar panel

    • @hawkridgesystems
      @hawkridgesystems  Год назад

      For a step-by-step tutorial of a heatsink we have a video here: ruclips.net/video/p9-coiUAJ6M/видео.html

  • @user-eb9tl2pi4r
    @user-eb9tl2pi4r Год назад

    Can you please share the detailed separate tutorials on the two examples shared above

    • @hawkridgesystems
      @hawkridgesystems  Год назад

      We are planning a more step-by-step electronics cooling tutorial in the near future so will be sure to share example files then

    • @user-eb9tl2pi4r
      @user-eb9tl2pi4r Год назад

      yes please do it ASAP

  • @md.arrahmandip7638
    @md.arrahmandip7638 Год назад

    Hello, how to use graphics card to do the computation any simulation (e.g. static study, topology optimization etc)? I have a low processor(intel core i5 13400f) with 16 GB RAM, and GPU RTX 3060. Thank You.

    • @hawkridgesystems
      @hawkridgesystems  Год назад

      GPU simulation is currently only available in our SIMULIA analysis packages. SOLIDWORKS Simulation uses CPU exclusively - that processor should still perform quite well for the types of simulations you listed. Ensure you're using the "Intel Direct Sparse" solver when available