OpenVSP to CFD Mesh + modeling control surfaces in OpenVSP for CFD

Ғылым және технология

Download openvsp: openvsp.org/
OpenVSP hangar: hangar.openvsp.org/
openvsp,pointwise,cfd,meshing,openfoam,aircraft design,vsp,parametric,tutorial,inflation layers,iges,trimmed surface,watertight,geometry,airplane,cad,openvsp to cad,wing design,wing design software,pressure distribution,ultralight airplane design,wings of aero,engineering,openvsp wing,openvsp export,piper tri pacer,openvsp tutorial,aerodynamics simulation,tutorials,aerospace,plane design,airplane design,iges file format,computer science,composite airframe

Пікірлер: 11

  • Жыл бұрын

    Muito bom. Obrigado!

  • @Thierry080
    @Thierry080 Жыл бұрын

    Very cool, thanks for making people aware of OpenVSP! I did not know it before seeing your vid, and it certainly seems to be a great tool.

  • @interfluo6420

    @interfluo6420

    Жыл бұрын

    Very welcome!

  • @athr_blu
    @athr_blu Жыл бұрын

    Please make pointwise tutorials for those who want to learn this mesher

  • @interfluo6420

    @interfluo6420

    Жыл бұрын

    Pointwise is a commercial tool and they have plenty of tutorials available for customers. I am happy to make a tutorial but I tend to focus on open source tools on this channel.

  • @AmmarZaidi-825
    @AmmarZaidi-8255 ай бұрын

    Hi. at 11:10 How are you trimming the trailing edges without changing the shape of the adjacent sections? When I try to do it that way, the adjacent sections also get skewed

  • @AnujKumar-ln9qe
    @AnujKumar-ln9qe16 күн бұрын

    Can you provide a link to the following design shown in video?

  • @oy-5742
    @oy-5742 Жыл бұрын

    非常谢谢分享,如何在VSP里设置襟翼和副翼这个问题一直困扰我。看了你的视频通透多了。

  • @interfluo6420

    @interfluo6420

    Жыл бұрын

    欢迎您,非常乐意为您提供帮助!

  • @oy-5742

    @oy-5742

    Жыл бұрын

    @@interfluo6420 你是个好人,兄弟。关于你的视频中提到的机翼后缘修剪,还可以使用Negative Volume,两个实体相交,一个设置为Negative Volume,然后,Analysis---Comp gemo--Execute。你可以试试。

  • @jorbedo
    @jorbedo Жыл бұрын

    If you need to visualize basic aerodynamics exporting STL on the fastest algorithm: Fluidx3D kzread.info/dash/bejne/eZiTr6eBgMjJp5M.html

Келесі