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Design Environment forLow-Amplitude ThermoAcoustic
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Design Environment forLow-Amplitude ThermoAcoustic
Contents
Contents
List of Figures
Introduction
How It Works
How This Manual is Organized
Basic Acoustics
Plane-Wave Resonator
Plotting
Further Simple Features
Thermoacoustics
Principles of Computations
The 5-Inch Engine
Hofler's Thermoacoustic Refrigerator
Further Thermoacoustic Features
Advanced Features
Free Targets
Active Branches
Variable Gas Mixtures
User-Defined Fluid/Solid
Parameter Linking (Special Modes)
Thermophysical Properties
Geometry
Tuning and Debugging
Reference
General
Segments
Ducts, cones
Sample input-file segments:
Use:
Computation algorithm:
Lumped elements: compliance, endcap, impedance
Sample input-file segments:
Use:
Computation algorithms:
Transducers, branches
Sample input-file segments:
Use:
Computation algorithms:
Heat exchangers
Sample input-file segments:
Use:
Computation algorithms:
Stacks
Sample input-file segments:
Use:
Computation algorithm:
Begin, ends
Sample input-file segments:
Use:
Free targets
Sample input-file segments:
Use:
Computation algorithms:
Tees and unions
Sample input-file segments:
Use:
Computation algorithm:
Thermophysical properties dump
Sample input-file segment:
Use:
Fluids
helium
#.###hear (helium-argon mixtures)
#.###hexe (helium-xenon mixtures)
neon
air
nitrogen
hydrogen
deuterium
co2 (carbon dioxide)
sodium
nak-78
External-provided by user's file.
Solids
ideal
copper
nickel
stainless (stainless steel)
molybdenum
tungsten
kapton
mylar
External-provided by user's file.
Menu Options
Troubleshooting, Common Problems, and Suggested Techniques
Error and Informational Messages
Convergence errors
Input
Model editing
Consistency checks
Known Bugs and Limitations
Registration
Obtaining DELTAE
Acknowledgments
References
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