Keyphrases
Vibration Force
100%
Power Flow
100%
Flow Transmission
100%
Vibration Power
100%
Vibration Transmission
100%
Coupled Nonlinear Oscillators
100%
Forced Flow
100%
Stiffness Nonlinearity
50%
Transmission Power Level
50%
Double-well Potential
33%
Chaotic Responses
33%
Periodic Response
33%
Dynamic Performance
16%
Analytical Method
16%
Stiffness
16%
Numerical Methods
16%
Time Use
16%
Steady State
16%
Evaluation Outcomes
16%
Averaging Method
16%
Chaotic Motion
16%
Low Frequency Range
16%
Flow Variables
16%
Harmonic Components
16%
Resonant Frequency
16%
Superharmonic
16%
Design Objectives
16%
Hardening-softening
16%
Power Transmissibility
16%
Frequency Response
16%
First-order
16%
Near Resonance
16%
Enhanced Dynamics
16%
Force Transmissibility
16%
State Frequency
16%
Linearly Coupled
16%
Analytical Formulation
16%
Stable Response
16%
Analytical Approximation
16%
Transmitted Force
16%
Special Design
16%
Input Level
16%
Transmit Power
16%
Response Relationship
16%
Engineering
Transmissions
100%
Power Flow
100%
Flow Transmission
100%
Nonlinearity
42%
Dynamic Performance
14%
Numerical Methods
14%
Chaotic Motion
14%
Flow Variable
14%
Harmonic Component
14%
Resonance Frequency
14%
Frequency Response
14%
Design Objective
14%
Force Transmissibility
14%