INIS
acoustics
100%
noise
83%
simulation
67%
wave propagation
48%
ducts
41%
internal combustion engines
41%
speed
39%
engines
30%
underwater
29%
power
28%
frequency range
27%
solutions
27%
catalysts
24%
oxidation
24%
range
24%
particles
23%
devices
22%
prediction
22%
performance
21%
cavitation
21%
exhaust systems
19%
design
19%
walls
18%
emission
18%
ships
17%
filters
16%
comparative evaluations
15%
data
14%
ports
14%
shape
13%
control
13%
applications
12%
units
12%
additives
11%
tubes
11%
manufacturing
11%
computational fluid dynamics
11%
levels
11%
substrates
10%
surfaces
10%
power plants
10%
losses
10%
Keyphrases
Plane Wave
52%
Internal Combustion Engine
45%
Acoustics
40%
Medium-speed
38%
Acoustic Source
36%
In-duct
36%
Silencer
31%
Source Characterization
31%
Underwater Noise
29%
Exhaust Noise
28%
Sound Power
25%
Engine Exhaust
24%
Particle Oxidation Catalyst
23%
Treatment Device
23%
Exhaust System
22%
Marine Propeller
17%
Cavitation Tunnel
17%
Source Data
16%
Propeller
16%
Acoustic Performance
15%
In Situ
15%
Cavitating
15%
IC Engine Exhaust
14%
Sound Pressure
13%
Additive Manufacturing
13%
High-frequency Range
13%
Hydroacoustics
13%
IC Engine
12%
Marine Propulsor
11%
Diesel Particulate Filter
11%
Two-port
11%
Power Plant
11%
Source Characteristics
10%
Engineering
Plane Wave
51%
Internal Combustion Engine
46%
Exhaust Systems (Engine)
39%
Duct
39%
Acoustic Source
34%
Sound Power
26%
Acoustic Performance
20%
Propeller
18%
Radiated Noise
18%
Diesel Particulate Filter
18%
Cavitation Tunnel
18%
Marine Propellers
17%
Source Characteristic
17%
Source Data
17%
Sound Pressure
14%
Computational Fluid Dynamics
13%
Diesel Engine
13%
Electric Power Plant
13%
Resistive
11%
Narrow Channel
11%
Propulsor
11%
Exhaust Duct
10%
