Blade Element Momentum Method for Propellers and Turbines
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Updated
Nov 24, 2025 - Julia
Blade Element Momentum Method for Propellers and Turbines
Python Pyqt5 GUI app for calculating wind turbine and propeller characteristics using BEM theory (Blade Element Momentum Theory).
A mid-fidelity 3D free-wake solver for propellers, more accurate than BEMT. It simulates full wake development via a user-friendly GUI.
Implementação númerica da teoria BEMT, Blade Element Momentum Theory, para rotores verticais de hélicopteros em voo pairado.
Open-source drone physics simulator with multiple fidelities (BEMT, VPM, LBM, PINN), GPU acceleration, environmental effects, and 3D propeller design — validated against 49 UIUC datasets
A fast approximate BEMT solver with aeroacoustic capabilities
BEMT sizing tool for small quadrotor conceptual design, with as-built validation
Calculateur aérodynamique Python pour hélices et profils d'aile. BEMT simplifié avec validation <2% (données APC). Outil pédagogique pour étudiants/chercheurs en aéronautique : dimensionnement drone, estimation poussée/couple. Interface CLI interactive. Stdlib uniquement, <1s calcul.
Blade Element Momentum Theory propeller simulator — Tkinter GUI + CLI, CSV logging across RPM x pitch x blade-count sweeps. Companion solver to Drone-Vortex-Ring-Simulation.
Powered Lift Wing and Propeller Design. Inter-IIT Tech Meet 14.0 LAT Aerospace High Prep PS
Design, optimize, and build a quadrotor using MATLAB BEMT sizing and SolidWorks CAD for 300g payload and 20-minute endurance.
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