Design propellers and turbines
Heliciel turns your AI assistant into a propeller and turbine design engineer. Instead of plausible-looking guesses, every number comes from a real BEM (Blade Element Momentum) computation run by the Heliciel engineering software — the same solver used by hobbyists and professionals for 15+ years. More
What you can ask Load a 4 m wind turbine, 3 blades, in 8 m/s wind: give me Cp and power, then optimize the rotation speed. Copy
Example path selectionner_helice_serie_b
Design an aircraft propeller: 50 kW at 33.3333 m/s (120 km/h), 1.5 m diameter, 2 blades. Design a hovering drone propeller: 400 mm diameter at 5000 rpm. What thrust does each one give? MCP connector Server URL https://mcp.heliciel.com/mcpCopy Login OAuth Tools Reads data24 comparer_ convertir_ estimer_ info_ lire_ lire_ lire_ lire_ lire_ lire_ lire_ lire_ lire_ lire_ lister_ lister_ lister_ lister_ lister_ lister_ lister_ parametres_ que_ selectionner_
Changes data8 chercher_ lire_ lire_ proposer_ selectionner_ tracer_ visualiser zoomer_
Deletes or can't be undone67 adapter_ ajouter_ analyser_ analyser_ annuler_ annuler_ annuler_ appliquer_ appliquer_ augmenter_ calculer_ calculer_ charger_ chercher_ chercher_ chercher_ chercher_ comparer_ design_ design_ design_ design_ design_ diminuer_ enregistrer_ estimer_ exporter exporter_ exporter_ exporter_ forcer_ forcer_ generer_ generer_ lineariser_ lisser_ optimiser_ optimiser_ optimiser_ ouvrir_ preparer_ reconstruire_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ regler_ selectionner_ selectionner_ signaler_ trouver_ trouver_ valider_
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