INIS
applications
100%
speed
100%
fluids
100%
wave propagation
100%
internal combustion engines
100%
ducts
100%
acoustics
100%
noise
63%
range
45%
energy
18%
simulation
9%
data
9%
environment
9%
devices
9%
pumps
9%
one-dimensional calculations
9%
computer codes
9%
losses
9%
power plants
9%
damping
9%
fans
9%
engines
9%
cross sections
9%
legislation
9%
frequency range
9%
foundations
9%
exhaust systems
9%
ships
9%
hearings
9%
compressors
9%
Keyphrases
Medium-speed
100%
Internal Combustion Engine
100%
In-duct
100%
Plane Wave
100%
Acoustics
100%
Fluid Machine
100%
Source Characterization
18%
Source Characteristics
18%
Acoustic Source
18%
Power Plant
9%
Simulation Software
9%
Process Simulation
9%
Characterization Techniques
9%
Exhaust System
9%
Source Data
9%
Exhaust Noise
9%
Health Problems
9%
Wave Mode
9%
Cut-off Frequency
9%
Sound Pressure
9%
Noise Source
9%
Product Development Cycle
9%
Typical Element
9%
Duct System
9%
Addition Method
9%
Stress-related Problems
9%
Large Duct
9%
High-frequency Range
9%
Hearing Impairment
9%
After-treatment Devices
9%
Mechanical Energy
9%
Sound Noise
9%
System Boundary
9%
Foundation Structure
9%
Wave Source
9%
Pre-knowledge
9%
Noise Legislation
9%
Unwanted Sound
9%
Noise Generation
9%
Pump Compressor
9%
Large Engines
9%
Engineering
Internal Combustion Engine
100%
Duct
100%
Plane Wave
100%
Acoustic Source
18%
Source Characteristic
18%
Process Simulation
9%
Source Data
9%
Characterization Method
9%
One Dimensional
9%
Noise Source
9%
Product Development Cycle
9%
Great Importance
9%
Duct System
9%
Mechanical Energy
9%
Energy Engineering
9%
Cross Section
9%
Simulation Software
9%
Sound Pressure
9%
Exhaust System
9%