Simulation of the particle oxidation catalyst POC acoustics

INIS

• simulation 100%
• oxidation 100%
• particles 100%
• catalysts 100%
• acoustics 100%
• devices 42%
• filters 42%
• particulates 28%
• units 28%
• ports 28%
• solutions 14%
• performance 14%
• design 14%
• substrates 14%
• screens 14%
• shape 14%
• wires 14%
• transmission 14%
• reduction 14%
• losses 14%
• noise 14%
• attenuation 14%
• prediction 14%
• internal combustion engines 14%
• corrections 14%
• pressure drop 14%
• diesel engines 14%
• sound waves 14%

Engineering

• Diesel Particulate Filter 100%
• Catalyst Particle 100%
• Narrow Channel 100%
• Internal Combustion Engine 50%
• Acoustic Performance 50%
• Flow Resistivity 50%
• Kirchhoff 50%
• Mesh Screen 50%
• Diesel Oxidation Catalyst 50%
• Cylindrical Shape 50%
• Metallic Wire 50%
• Pressure Drop 50%
• Diesel Engine 50%
• Simulation Mode 50%

Keyphrases

• Acoustics 100%
• Particle Oxidation Catalyst 100%
• Catalyst Particle 100%
• Treatment Device 50%
• Two-port 33%
• Diesel Particulate Filter 33%
• Narrow Channel 33%
• Simulation Model 16%
• Reducer 16%
• Exhaust Noise 16%
• Internal Combustion Engine 16%
• Correction Factor 16%
• Acoustic Performance 16%
• Diesel Engine 16%
• New Alternatives 16%
• Flow Resistivity 16%
• Conventional Diesel 16%
• Cylindrical Shape 16%
• Acoustic Resistance 16%
• Metallic Wire Meshes 16%
• Wire Mesh Screens 16%
• Selective Catalysis 16%
• Diesel Oxidation Catalyst 16%
• Kirchhoff 16%
• Transmission Loss 16%
• Pressure Drop Measurements 16%
• Silencer Designs 16%
• Catalyst Substrate 16%
• Port Simulation 16%
• Acoustic Wave Attenuation 16%