Numerical study of transient characteristics of a standing-wave thermoacoustic heat engine

Keyphrases

• Standing-wave Thermoacoustic Engines 100%
• Transient Characteristics 100%
• High Pressure 50%
• Flow Transferring 50%
• Governing Equation 50%
• Linear Theory 50%
• System Efficiency 50%
• Stokes 50%
• Heat Transfer Characteristics 50%
• Boundary Layer 50%
• Standing Wave 50%
• Thermoacoustic Heat Engine 50%
• Thermoacoustic Device 50%
• Pressure Amplitude 50%
• Cold Heat Exchanger 50%
• Hot Heat Exchanger 50%
• Energy Equation 50%
• Viscous Boundary Layer 50%
• Thermal Boundary Layer 50%
• Resonator 50%
• Quarter-wavelength 50%
• Start-up Process 50%
• Convective Heat Transfer 50%
• Dynamical Equations 50%
• Non-linear Fluids 50%
• Full Discretization 50%
• Transient Fluid Flow 50%
• Nonlinear Features 50%
• OpenFOAM Software 50%
• Acoustic Streaming 50%
• Structured Grid 50%

Engineering

• Numerical Study 100%
• Standing Wave 100%
• Heat Engine 100%
• Linear Theory 50%
• Fluid Flow 50%
• Exchanger 50%
• Discretization 50%
• Boundary Layer 50%
• Convective 50%
• Heat Transport 50%
• Energy Equation 50%
• Resonator 50%
• Quarter Wavelength 50%
• System Efficiency 50%
• Thermal Boundary Layer 50%
• Dynamical Equation 50%
• Nonlinear Feature 50%
• Solid Region 50%
• Structured Grid 50%

Physics

• Standing Wave 100%
• Thermoacoustics 100%
• Heat Engine 100%
• Resonator 33%
• Heat Exchanger 33%
• Fluid Flow 33%
• Thermal Boundary Layer 33%
• Boundary Layer 33%
• Acoustic Streaming 33%
• OpenFOAM 33%