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Optimization of thermoacoustic stacks for low onset temperature engines
Z. Yu, A.J. Jaworski
Research output
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Contribution to journal
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Article
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peer-review
27
Citations (Scopus)
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Dive into the research topics of 'Optimization of thermoacoustic stacks for low onset temperature engines'. Together they form a unique fingerprint.
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Keyphrases
Thermoacoustic Stacks
100%
Onset Temperature
100%
Critical Temperature Gradient
100%
Acoustic Field
50%
Stacking Geometries
50%
Channel Dimensions
50%
Relaxation Loss
50%
Numerical Analysis
25%
Low-grade Energy
25%
Thermal Relaxation
25%
Standing Wave
25%
Power Production
25%
Optimum Combination
25%
Acoustic Impedance
25%
Waste Heat Utilization
25%
Viscous Loss
25%
Standing-wave Thermoacoustic Engines
25%
Thermoacoustic Theory
25%
Dimensionless Factor
25%
Heat Energy
25%
Viscous Relaxation
25%
Ideal Gas
25%
Gradient Factor
25%
Stack-based
25%
Onset Temperature Difference
25%
Lower Critical Temperature
25%
High System Efficiency
25%
Self-oscillation
25%
Engineering
Thermal Gradient
100%
Critical Temperature
100%
Temperature Gradient
100%
Onset Temperature
100%
Dimensionless
50%
Standing Wave
50%
Acoustic Field
50%
Channel Dimension
50%
Thermal Energy
25%
Heat Loss
25%
Energy Source
25%
Power Production
25%
Acoustic Impedance
25%
Ideal Gas
25%
Thermal Relaxation Loss
25%
System Efficiency
25%
Theoretical Investigation
25%