An open source project seeking developer for it's success long term association is expected.
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I am under initiation of a project, of air & space flight for Moon mission,. Modelling it using CAD designing, and then meshing with my own in house written code. Finally flow prediction will be carried out using computational fluid dynamics.
Aerodynamic and Gas dynamic analysis & design will be carried all along. You can visualize the full simulation in any of the 3D standard viewer as I will exporting the results in standard 3D format. Most of the cases 3D format will be .STL format.
The project is long term if any one is willing to join me or contribute me I am requesting to contact me.
We will be considering the space & air vehicle will be no different than any generic aircraft but functionality will be both air & space. I am depicting here a picture of it, you can guess a bit of it. I am already started with the project, need assistance of any of you if interested.
It will be completely in virtual environment, computational, but with real time data streaming capability. I am seeking a developer on Qt, if any one willing to join me can join, I will guide & instruct the phases of development.
Thanks for Reading.
In addition if any one is interested to have a look at my code, Qt creator code, I pushed it onto my git repository, please have a look n review. Very fantastic code it is, you can draw any 2D Wing or Aerofoil. Then mesh on it's domain and finally solve an Euler equation to predict the flow properties. With this flow properties you can execute Aerodynamic analysis on any 2D stream lined body as an aerofoil. Graphics is very good with many show hide option, so that clarity comes into being. Few more tabs are there in this build that depicts, the 3D graphics using opengl programming.
We need to extend this code to a greater extend, at least 10-15 more solver settings and few more grid generation methods with 3D execution. If any one if willing to join for this coding venture can write to me, we will make it open source. Thanks. I am providing the github link for you to clone it and can review the code.
