Aeroacoustics Engineering: Understanding Unsteady Fluid Motion using Simulation | CD-adapco
Aeroacoustics Engineering: Understanding Unsteady Fluid Motion using Simulation
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木曜日, 5月 30, 2013

Simulation is widely applied in aeroacoustics to understand noise source mechanisms and sound propagation towards noise abatement in transportation.

In this webcast, presenters demonstrate the value of advanced simulation technology, focusing mainly on the automotive sector using several case studies performed on production vehicles for HVAC, external aerodynamics, engine powertrain, exhaust/aftertreatment transmission loss, fan cooling and sunroof/side-window buffeting.

Three main techniques are discussed:

  • Large Eddy Simulation to capture flow noise sources
  • Compressible flow for direct propagation of noise in the near field
  • Developments towards aero-vibro-acoustics for the structural transmission of flow generated noise

Experts identify new challenges in simulation and how advanced toolsets like STAR-CCM+ are addressing these issues through ongoing development.

航空宇宙および防衛Aerospace - Application空力音響
陸上輸送Ground Transportation - ApplicationAeroacoustics
陸上輸送Ground Transportation - ApplicationAerodynamics
陸上輸送Ground Transportation - ApplicationPowerTrain
陸上輸送Ground Transportation - Sub-IndustryAutomotive
陸上輸送Ground Transportation - Sub-IndustryCommercial Vehicles
陸上輸送Ground Transportation - Sub-IndustryOff Highway
陸上輸送Ground Transportation - Sub-IndustryPerformance Vehicles
Fred Ross
Fred Mendonca
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