Mathematics
Vibration
100%
Power Flow
93%
Stiffness
57%
Vibration Suppression
35%
Dynamic Performance
31%
Absorber
28%
Composite Plates
26%
Damping
22%
Laminated Composites
22%
Energy
21%
Nonlinearity
19%
Nonlinear Vibration
19%
Laminated Plates
18%
Nonlinear Oscillator
18%
Energy Transfer
17%
Degree of freedom
16%
Linkage
16%
Softening
16%
Nonlinear Constraints
15%
Harmonic Balance
15%
Motion
14%
Permanent Magnet Synchronous Motor
13%
Energy Harvesting
13%
Performance
13%
Excitation
13%
Coupled Oscillators
12%
Hardening
12%
Functionally Graded Materials
11%
Performance Evaluation
11%
Design
11%
Linear Constraints
10%
Kinetic energy
9%
Strombus or kite or diamond
9%
Bilinear Systems
9%
Dynamic Analysis
9%
Damper
9%
Rotor
9%
Low Frequency
8%
Quantification
8%
Range of data
8%
Coupled System
8%
Dynamic Response
7%
Frequency Response
7%
Numerical integration
7%
Forced Vibration
6%
Resonance Frequency
6%
Nonlinear Systems
6%
Dissipation
6%
Geometric Nonlinearity
6%
Configuration
6%
Engineering & Materials Science
Stiffness
68%
Laminated composites
46%
Damping
29%
Dynamic response
26%
Nonlinear systems
24%
Kinetic energy
21%
Vibration analysis
20%
Energy transfer
19%
Fiber reinforced materials
17%
Fibers
17%
Natural frequencies
17%
Frequency response
16%
Metamaterials
16%
Energy gap
15%
Power transmission
15%
Diamonds
15%
Acoustics
14%
Fluids
14%
Runge Kutta methods
13%
Hardening
13%
Frequency bands
12%
Viscosity
11%
Dynamical systems
11%
Viscosity measurement
10%
Acoustic fields
9%
Intelligent robots
9%
Fixed wings
9%
Hydrostatic pressure
9%
Composite materials
9%
Acoustic waves
9%
Fourier series
8%
Functionally graded materials
8%
Friction
8%
Information fusion
8%
Industrial robots
8%
Dynamic analysis
8%
Rotors
8%
Flow structure
8%
Superconducting transition temperature
8%
Metal foil
8%
Energy dissipation
7%
Energy harvesting
7%
Synchronous motors
7%
Periodic structures
7%
Wave propagation
6%
Composite structures
6%
Aircraft
6%
Permanent magnets
6%
Amplification
6%
Acoustic resonators
6%
Physics & Astronomy
vibration
91%
stiffness
49%
oscillators
44%
isolation
24%
retarding
20%
vibration isolators
20%
harmonics
18%
excitation
16%
isolators
16%
cylindrical shells
16%
damping
16%
nonlinearity
16%
composite materials
13%
low frequencies
13%
performance
13%
rotor dynamics
13%
numerical integration
12%
dynamic response
12%
power transmission
11%
energy transfer
11%
linkages
10%
fluid pressure
10%
frequency ranges
9%
forced vibration
9%
resonant frequencies
9%
free vibration
8%
viscous fluids
8%
fluids
8%
energy
7%
hydrostatic pressure
7%
sound pressure
7%
configurations
7%
flow characteristics
6%
far fields
6%
rotors
6%
absorbers
6%
diamonds
6%
hardening
5%
frequency response
5%
softening
5%
composite structures
5%
acoustics
5%
viscosity
5%