The project is to simulate for a drone propeller. Thus, these are the variations that is intended to draw, and simulate with readings, for the best design among the variations.
engineering
Description
The project is to simulate for a drone propeller. Thus, these are the variations that is intended to draw, and simulate with readings, for the best design among the variations.
1. Angle of attack for Propeller for Propulsion Efficiency: 30 degrees angle vs 45 degree angle. (Drawing and Simulation Result)
With the angle that incurs a better velocity,
2. Number of Blades on a Single Propeller for Propulsion Efficiency : 2 blades vs 4 blades (Drawing & Simulation Results)
With the ideal number of blades determined,
3. Radius of a Propeller for Ideal Propulsion Efficiency : Bigger Diameter vs Smaller Diameter (Drawing & Simulation Results)
With the ideal selections from 1, 2, and 3 combined in a propeller,
With the ideal number of blades determined,
3. Radius of a Propeller for Ideal Propulsion Efficiency : Bigger Diameter vs Smaller Diameter (Drawing & Simulation Results)
With the ideal selections from 1, 2, and 3 combined in a propeller,
4. A drone with 2 propellers (situated in the middle of the drone) vs A drone with 4 propellers ( 2 front, 2 rear). (With drawings and simulation).
Mainly, I'll need only the drawing and simulation results using Ansys. Do feel free to suggest edits to the proposed parameters.
