Engineering
Robot
100%
Pitch Angle Controller
54%
Wind Turbine
54%
Motion Control
36%
Reference Trajectory
34%
Critical Speed
27%
Hydro Power
27%
Performance Analysis
27%
Contact Force
27%
Power Output
27%
Quadruped Robot
27%
Minichannels
27%
Phase of Flight
27%
Logic Design
27%
Nanofluid
27%
Actuation
27%
Doubly-Fed Induction Generator
20%
Flow Rate
20%
Magnetic Field
20%
External Disturbance
18%
Dynamic Simulation Environment
18%
Swing Phase
18%
Stance Phase
18%
Impact Force
15%
Speed Error
13%
Pitch Angle
13%
Output Power
13%
Variable Speed Wind Turbine
13%
Generator Unit
13%
Design Generator
13%
Simulation Result
13%
Microflows
13%
Matlab-Simulink
13%
Nanoparticles
13%
Fuzzy Logic Controller
13%
Momentum Conservation
9%
Polynomial Order
9%
Reference Position
9%
Ground Contact
9%
Body Motion
9%
Runaway Speed
6%
Design Step
6%
Design Criterion
6%
Controller Design
6%
Maximization
6%
Energy Production
6%
Rotors
6%
Numerical Solution
6%
Angular Momentum
6%
Pressure Drop
6%
Keyphrases
Ferromagnetic Particles
27%
Long Jump
27%
Centroidal Dynamics
27%
Push Recovery
27%
Magnetic Actuation
27%
Posture Control
27%
Reference Trajectory
27%
Power Error
27%
Flight Phase
27%
Quadruped Robot
27%
Gait Control
27%
Balance Control
27%
Conventional PID Controller
27%
Pitch Angle Controller
27%
Hydropower Plant
27%
Fuzzy Logic Design
27%
Speed Calculation
27%
Critical Speed
27%
One-legged Robot
27%
Hydro-generator
20%
Microflow
18%
Motion Generation
18%
Motion Planning Algorithm
18%
Operational Space Formulation
18%
Fuzzy Logic Controller
18%
Robot Body
13%
Legged Robots
13%
Recovery Algorithm
13%
Doubly Fed Induction Generator
13%
External Disturbances
13%
Power Generator
13%
Wind Profile
13%
Blade pitch Angle
13%
Variable Speed Wind Turbine
13%
PID Controller
13%
Generator Speed
13%
Speed Error
13%
Generator Design
13%
Floating Base
9%
Motion Controller
9%
Fifth-order Polynomial
9%
Gait Phase
9%
Force Controller
9%
Dynamic Locomotion
9%
Floating-base Robots
9%
Electromagnetically
9%
Microfluidic Applications
9%
Forced Motion
9%
Hybrid Force
9%
Full Simulation
9%
