Engineering
Rotors
100%
Free Vortex
74%
Propeller
67%
Rotorcraft
50%
Rotor System
45%
Aerodynamic Interference
45%
Conventional Propeller
45%
Aerodynamic Model
40%
Power Budget
33%
Induced Velocity
33%
Propeller Geometry
33%
Propulsive Efficiency
33%
Thrust Power
33%
Marginals
33%
Static Thrust
33%
Computer Simulation
33%
Vortex
33%
Power Ratio
18%
Lifting Line
16%
Airframe
16%
Computational Fluid Dynamics
16%
Loading Condition
16%
Scale Variation
16%
Blade Model
16%
Combined Method
16%
Propeller Thrust
16%
Genetic Algorithm
13%
Particle Swarm Optimization
13%
Performance Parameter
11%
Size Parameter
11%
Computational Time
11%
Separation Distance
11%
Discretization
11%
Velocity Field
11%
Systems Performance
11%
Blade Span
11%
Propulsion System
9%
Takeoff Weight
7%
Operating Point
6%
Two Dimensional
6%
Rotor Position
6%
Optimisation Problem
6%
Execution Time
6%
Objective Function
6%
Aerodynamic Performance
5%
Main Conclusion
5%
Power Requirement
5%
System Component
5%
Potential Failure
5%
Failure Event
5%
