Keyphrases
Tip Mass
100%
Noise Control
75%
Transmission Loss
71%
Muffler
63%
Expansion Chamber
58%
Acoustic Performance
56%
Viscous Damping
52%
Acoustics
48%
Numerical Results
46%
Damper
44%
Eigenvalues
44%
Finite Element Model
44%
Sealing System
41%
Transfer Matrix Method
40%
Vibration Characteristics
38%
Frequency Response Function
38%
Sound Transmission Loss
38%
Sound Transmission
36%
Resonator
36%
Refrigerator
36%
Noise Level
35%
Closed End
33%
Kitchen Hood
33%
Residential Kitchen
33%
Air Intake System
33%
Space Equipment
33%
Washing Machine
33%
Vibration Analysis
33%
Battery Pack
33%
Diesel Particulate Filter
33%
Vehicle Door
33%
Extended Inlet
33%
Acoustic Attenuation
33%
Broadband Noise
33%
Freezer
33%
Cantilever
33%
Overdamped
32%
Physical Parameters
29%
Noise Vibration
29%
Finite Element Method
28%
Dynamic Behavior
28%
Passenger Compartment
27%
Underdamped
27%
Analytical Model
26%
Euler-Bernoulli Beam
26%
Eigenfunctions
25%
Analytical Results
25%
Railway Vehicle
25%
Perforated pipe
25%
Fiber Materials
25%
Engineering
Rod
83%
Finite Element Analysis
73%
Expansion Chamber
58%
Noise Level
51%
Matrix Method
50%
Resonator
50%
Finite Element Modeling
48%
Acoustic Performance
47%
Eigenvalue
47%
Railway
44%
Sealing System
41%
Sound Transmission Loss
40%
Dynamic Behavior
40%
Broadband Noise
37%
Duct
36%
Diesel Particulate Filter
33%
Intake System
33%
Metro
33%
Washing Machines
33%
Experimental Investigation
33%
Battery Pack
33%
Closed End
33%
Radiated Noise
33%
Passenger Compartment
33%
Flow Velocity
33%
Frequency Response Function
33%
Design Stage
30%
Physical Parameter
29%
Boundary Value
28%
Analytical Model
28%
Sound Transmission
28%
Backpressure
27%
Main Source
26%
Modal Analysis
26%
Plane Wave
25%
Sound Absorption
25%
Characteristic Vibration
25%
Numerical Model
23%
Test Result
23%
Eigenfrequencies
23%
Structural Vibration
22%
Vibration Analysis
22%
Eigenvector
22%
Longitudinal Vibration
22%
Road
20%
Home Appliance
20%
Experimental Work
20%
Horizontal Axis
20%
Side Branch
20%
Noise Contribution
20%
