Numerical Predictions of Early Stage Turbulence in Oscillatory Flow across Parallel-Plate Heat Exchangers of a Thermoacoustic System

Physics & Astronomy

• heat exchangers 83%
• parallel plates 73%
• shear stress 64%
• turbulence 54%
• velocity distribution 41%
• computational fluid dynamics 41%
• turbulence models 40%
• predictions 38%
• dissipation 28%
• performance prediction 24%
• dynamic models 18%
• vorticity 17%
• heat flux 16%
• temperature gradients 15%
• Reynolds number 14%
• plots 14%
• heat transfer 13%
• deviation 12%

Engineering & Materials Science

• Thermoacoustics 99%
• Parallel flow 93%
• Shear stress 65%
• Turbulence 64%
• Heat exchangers 62%
• Turbulence models 35%
• Computational fluid dynamics 26%
• Vorticity 20%
• Flow structure 19%
• Thermal gradients 18%
• Heat flux 15%
• Reynolds number 14%
• Dynamic models 14%
• Experiments 12%
• Heat transfer 11%

Chemistry

• Turbulence 100%
• Heat Exchanger 97%
• Velocity 59%
• Dissipation 51%
• Flow 45%
• Reynolds Number 32%
• Pressure 27%
• Heat Transfer 25%
• Heat 17%