Keyphrases
Electromagnetic Vibration Energy Harvester
71%
Rotor System
58%
Electrical Machines
57%
Flux Density
47%
Synchronous Reluctance Motor (SynRM)
42%
Design Optimization
38%
Harvested Power
35%
Power Density
33%
Magnetic Flux Density
33%
Vibration Energy Harvester
32%
Control System
31%
Optical Fiber Sensor
28%
Rotating Electric Machines
28%
Cascaded Converter
28%
Coils Connection
28%
Synchronous Reluctance Drive
28%
Track Profile
28%
Laser Cladding
28%
Single Track
28%
Wire Feed
28%
Bulge
28%
Speed Extension
28%
Phase Shift Modulation
28%
Harmonic Current
28%
DC-link Capacitor
28%
Analytical Modeling
28%
Current Minimization
28%
Common DC Link
28%
Partial Discharge
28%
Harvester
25%
Damping Ratio
23%
Power Output
23%
Melt Pool
22%
Carrier Phase Shift
22%
Generalized Disturbance
21%
Internal Dynamics
20%
Active Disturbance Rejection Control
20%
Industrial Application
19%
Electromagnetic Damping
19%
High Efficiency
19%
Parametric Analysis
19%
Self-commissioning
17%
Coupling Materials
17%
DC-link Voltage
17%
Electromagnetic Vibration
17%
Connection Type
17%
Magnetic Coupling
17%
Systems-based
17%
Active Bearing
17%
Structural Vibration
17%
Active Control
17%
Parallel Connection
16%
Extended State Observer
16%
Rotating System
15%
Tip-up
14%
Flux Feedback
14%
Enhanced Flux
14%
Structural Design Method
14%
Improved Speed
14%
Winding Reconfiguration
14%
Droplet Dispersion
14%
Airborne Droplets
14%
Index Patient
14%
Aircraft Cabin
14%
Flux Maps
14%
Flexible Rotor
14%
SARS-CoV-2 Aerosols
14%
Lateral Bearing
14%
Electric Coils
14%
Thermophoretic
14%
Flux Linkage
14%
High-speed Gearbox
14%
Active Vibration Control
14%
Unbalanced Rotor
14%
Maximum Torque per Ampere
14%
Damped Equation
14%
Winding System
14%
Coil Position
14%
Finite Element Simulation
14%
Rotorcraft Design
14%
Humidity Conditions
14%
Mechanical Analysis
14%
Permanent Magnet Synchronous Generator
14%
Magnetic Flux
14%
Rigid Coupling
14%
Modulation Strategy
14%
Gyroscopic Effect
14%
Coupling Factor
14%
Vibration Suppression
14%
Structural Optimization
14%
Synchronous Reluctance Motor Drives
14%
Numerical Investigation
14%
Dynamic Response
14%
Reconfigurable
14%
Inverter Nonlinearity
14%
Mechanical Systems
14%
Virus
14%
High-speed Electrical Machines
14%
High Performance
14%
Dissipation Factor
14%
Engineering
Harvester
100%
Energy Engineering
89%
Electrical Machine
71%
Rotor System
56%
Electric Machine
42%
Flux Density
41%
Power Density
39%
Rotors
37%
Design Optimization
33%
Magnetic Flux Density
32%
Control System
31%
Reconfiguration
28%
Fiber Optic Sensor
28%
Phase Shift
28%
Permanent Magnet Synchronous Motor
28%
Structural Design
28%
Melt Pool
28%
Laser Cladding
28%
Current Harmonic
28%
Link Capacitor
28%
Active Control
27%
Permanent Magnet
26%
Finite Element Method
23%
Motor Drive
23%
Power Output
22%
Flux Linkage
21%
Process Parameter
21%
Piezoelectric
21%
Ultrasonics
21%
Transducer
20%
Damping Ratio ζ
20%
Active Disturbance Rejection Control
19%
Carrier Phase
19%
Parametric Analysis
19%
Link Voltage
17%
Magnetic Couplings
17%
Industrial Applications
17%
Flexible Rotor
17%
Internal Dynamic
16%
Structural Vibration
16%
Magnetic Flux
15%
Output Power
14%
Experimental Result
14%
Cabins (Aircraft)
14%
Performance Prediction
14%
False Negative
14%
Heating Temperature
14%
Power Electronics
14%
Synchronous Generator
14%
Coupling Material
14%
Gearbox
14%
Airlines
14%
Relative Humidity
14%
Nonlinearity
14%
Rigid Coupling
14%
Gyroscopic Effect
14%
Dynamic Response
14%
Mechanical Systems
14%
Active Vibration Control
14%
Voltage Drop
14%
Dissipation Factor
14%
Negligible Effect
14%
Two Degree of Freedom
14%
Particle Trajectory
14%
Reluctance Motor
14%
Feedback Mechanism
14%
Computational Fluid Dynamics
14%
Finite Element Simulation
14%
Performance Characteristic
14%
Atomisation
14%
Electrical Power
14%
High Thrust
14%
Fine Droplet
14%
Extended State Observer
13%
Pulse Width Modulation
11%
Engineering
11%
Starters
11%
Optimum Load
11%
Electric Motor
10%
Machine Design
10%
Cross Saturation
10%
External Disturbance
10%
Design Constraint
9%
Simulation Model
9%
Finite Element Modeling
9%
Critical Speed
9%
Mechanical Vibration
9%
Objective Function
9%
Electrical Energy
9%
Boost Converter
9%
Coil Width
8%
Battery (Electrochemical Energy Engineering)
7%
Numerical Modeling
7%
Sensor Node
7%
Generation System
7%
Power Generation
7%
Current Efficiency
7%
Free Design
7%
Fed Inverter
7%
Induction Motor
7%