software calculation Design: propeller turbine, screw, aerial, marine, turbine, tidal, wind, kaplan, foil, wings, 3D. Discover heliciel software:
Propeller turbines and wings Software simulation 3D performances calculation

Discover propeller simulation 3D calculation software for turbines and wings HELICIEL:

Presentation of the Heliciel propellers design software, interface:

heliciel propeller calculation software

  1. propeller re construction update Zone 1 is used to update the optimal twist and / or the performance of the propellers 3d design.
    • Reconstruct the optimum twist and calculate the performance. Heliciel uses the profile performance database to apply the optimum twist of propellers 3d design corresponding to the operating conditions imposed. Twist and performance are updated and the software status is: New design
    • Recalculate non-design performance: If you have only modified the speed of rotation or the speed of the fluid without affecting the geometry of the blade, you have only modified the operating point. The performances can be recalculated without modifying the twist. This is useful if you want to know the performance of your propeller when conditions are different from the point of design, only the performance will be updated and the software status will be: Out of design (propellers 3d design is not updated)
  2. Parameter viewing zone 2 gives you an overview of the propellers 3d design parameters entered by the user
  3. Results zone 3 is only visible when you have clicked on one of the 2 updating choices: If you modify a parameter which calls into question the results, the results zone disappears and the update buttons are reactivated for offer you an update
  4. Zone 4 is the zone for entering the parameters and displaying the propellers 3d design model. It is in this area that you work most often. Parameter tabs are organized by design phases:

propellers 3d design parmeters


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