In this thesis work we will see about the experimental investigation of the velocity field in the thermo-acoustic device with the help of particle image velocimetry which is commonly known as PIV method. The working fluid which is used in this process is gas. The main aim of the thesis is to obtain the velocity of the stack region and then the cooled region in the thermo-acoustic device and it is achieved by using the laser which is going through the required region which is filled with particles and is captured by the high range CCD cameras and from the image analysis have been done with PIV software and after the processing we will get the velocity field which is our main objective.
Anotace v angličtině
In this thesis work we will see about the experimental investigation of the velocity field in the thermo-acoustic device with the help of particle image velocimetry which is commonly known as PIV method. The working fluid which is used in this process is gas. The main aim of the thesis is to obtain the velocity of the stack region and then the cooled region in the thermo-acoustic device and it is achieved by using the laser which is going through the required region which is filled with particles and is captured by the high range CCD cameras and from the image analysis have been done with PIV software and after the processing we will get the velocity field which is our main objective.
In this thesis work we will see about the experimental investigation of the velocity field in the thermo-acoustic device with the help of particle image velocimetry which is commonly known as PIV method. The working fluid which is used in this process is gas. The main aim of the thesis is to obtain the velocity of the stack region and then the cooled region in the thermo-acoustic device and it is achieved by using the laser which is going through the required region which is filled with particles and is captured by the high range CCD cameras and from the image analysis have been done with PIV software and after the processing we will get the velocity field which is our main objective.
Anotace v angličtině
In this thesis work we will see about the experimental investigation of the velocity field in the thermo-acoustic device with the help of particle image velocimetry which is commonly known as PIV method. The working fluid which is used in this process is gas. The main aim of the thesis is to obtain the velocity of the stack region and then the cooled region in the thermo-acoustic device and it is achieved by using the laser which is going through the required region which is filled with particles and is captured by the high range CCD cameras and from the image analysis have been done with PIV software and after the processing we will get the velocity field which is our main objective.
This thesis deals with the experimental investigation of the velocity field created in the thermoacoustic device. The working fluid is gas. The PIV is used for the investigation.
Make the "state of art" of Thermoacoustics problem.
Make the state of art of possible experimental methods.
Perform the experiments on the existing device of the velocity fields using PIV method.
Analyze your data and do the comparison with the literature.
Suggest device improvements.
Zásady pro vypracování
This thesis deals with the experimental investigation of the velocity field created in the thermoacoustic device. The working fluid is gas. The PIV is used for the investigation.
Make the "state of art" of Thermoacoustics problem.
Make the state of art of possible experimental methods.
Perform the experiments on the existing device of the velocity fields using PIV method.
Analyze your data and do the comparison with the literature.
Suggest device improvements.
Seznam doporučené literatury
\matsymb{lbrack}1\matsymb{rbrack} { BACKHAUS, S. a G. W. SWIFT. A thermoacoustic-Stirling heat engine: Detailed study.} The Journal of the Acoustical Society of America {[online]. 2000, 107(6), 3148-3166. ISSN 0001-4966. Dostupné z: doi:10.1121/1.429343}
\matsymb{lbrack}2\matsymb{rbrack} { SWIFT, G. W. Thermoacoustic engines.} The Journal of the Acoustical Society of America. {[online]. 1988, 84(4), 1145-1180. ISSN 0001-4966. Dostupné z: doi:10.1121/1.396617}
Seznam doporučené literatury
\matsymb{lbrack}1\matsymb{rbrack} { BACKHAUS, S. a G. W. SWIFT. A thermoacoustic-Stirling heat engine: Detailed study.} The Journal of the Acoustical Society of America {[online]. 2000, 107(6), 3148-3166. ISSN 0001-4966. Dostupné z: doi:10.1121/1.429343}
\matsymb{lbrack}2\matsymb{rbrack} { SWIFT, G. W. Thermoacoustic engines.} The Journal of the Acoustical Society of America. {[online]. 1988, 84(4), 1145-1180. ISSN 0001-4966. Dostupné z: doi:10.1121/1.396617}
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