Engineering
Finite Element Analysis
100%
Guided Wave
76%
Ultrasonics
60%
Axisymmetric
49%
Duct
47%
Non-Destructive Testing
42%
Numerical Model
40%
Elastic Wave
38%
Energy Engineering
35%
Sound Propagation
35%
Sound Radiation
32%
Transducer
31%
Numerical Approach
30%
Acoustic Intensity
29%
Guided Wave Propagation
29%
Boundary Condition
27%
Frequency Domain
26%
Time Domain
24%
Buried Pipelines
24%
Waveguide
23%
Open End
22%
Pipe Wall
20%
Bulk Flow
19%
Propagating Wave
19%
Ring Seal
19%
Transients
19%
Acoustic Signal
19%
Eigenmode
19%
Coaxial Cable
19%
Sound Source
18%
Sound Field
18%
Coupled System
16%
Two Dimensional
16%
Good Agreement
16%
Elastic Wave Propagation
15%
Plane Wave
15%
Area Ratio
14%
Defect Detection
14%
Tape
14%
One Dimensional
14%
Circular Duct
13%
Storage Tank
13%
Field Intensity
13%
Numerical Study
13%
Leakage Flow
12%
Group Velocity
12%
Sound Pressure
12%
Hybrid Method
12%
Condition Monitoring
12%
Gas Flow
12%
Keyphrases
Blockage
48%
Semi-analytical Finite Element Method
45%
Guided Waves
44%
Wave Mode
44%
Perfectly Matched Layer
35%
Numerical Model
34%
Finite Element Method
31%
Sound Propagation
30%
Guided Wave Propagation
29%
Coated pipe
29%
Sound Radiation
29%
Mean Flow
29%
Buried pipe
25%
Ultrasonic Guided Waves
24%
Elastic Wave Scattering
24%
Non-destructive Testing
24%
Open-end
23%
Buried pipeline
23%
Eigenmodes
21%
Complex Acoustic Intensity
19%
Torsional Wave
19%
Non-axisymmetric
19%
Fluid-filled pipe
19%
Coupled System
19%
Dynamic Characteristics
19%
Floating Ring Seal
19%
Bulk-flow Model
19%
Coaxial Cable
19%
Elastic Waves
18%
Elastic Wave Propagation
18%
End-of-pipe
18%
Finite Element Approach
17%
Acoustic Intensity
16%
Hybrid Method
15%
Intensity Field
15%
Sound Source
15%
Bulk Flow
14%
Pipe Wall
14%
Surrounding Medium
13%
Corrosion
13%
Backward Wave
13%
Circular Duct
13%
Reflection Ratio
13%
Surrounding Materials
13%
Denso
13%
Fluid Flow
13%
Elastic Wall
12%
Tank Wall
12%
Three-dimensional Plate
12%
Sound Field
12%