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Vibration energy flow transmission in systems with Coulomb friction
Wei Dai,
Jian Yang
, Marian Wiercigroch
Department of Mechanical, Materials and Manufacturing Engineering
Research output
:
Journal Publication
›
Article
›
peer-review
42
Citations (Scopus)
Overview
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Mathematics
Approximation
7%
Coulomb Friction
100%
Coupled System
14%
Degree of freedom
13%
Design
9%
Dissipate
22%
Dry Friction
20%
Dynamic Systems
14%
Dynamical system
11%
Energy
49%
Energy Dissipation
77%
Energy Transfer
21%
Estimate
6%
Excitation
15%
Friction
15%
Frictional Contact
96%
Harmonic Balance
20%
Low Frequency
17%
Model
14%
Numerical Continuation
20%
Power Flow
23%
Range of data
9%
Strategy
10%
Subsystem
29%
Vibration
71%
Vibration Suppression
26%
Physics & Astronomy
adjusting
9%
approximation
6%
degrees of freedom
9%
dry friction
17%
dynamical systems
12%
energy
21%
energy dissipation
39%
energy transfer
10%
estimates
7%
excitation
6%
flow characteristics
14%
frequency ranges
9%
friction
63%
harmonics
8%
low frequencies
8%
oscillators
9%
retarding
9%
time marching
17%
vibration
48%
Chemical Compounds
Amount
5%
Dissipation
54%
Dynamical System
19%
Energy
35%
Energy Transfer
10%
Flow
48%
Force
25%
Resonance
9%
Vibrational Energy
15%
Engineering & Materials Science
Dynamical systems
30%
Energy dissipation
63%
Energy transfer
21%
Friction
51%