pre-printThermoacoustic prime movers have been developed for operation in the low ultrasonic frequency range by scaling down the device size. The developed engines operate at frequencies up to 23 kHz. They are self-sustained oscillators whose dimensions scale inversely with operating frequency. The smallest one being 3.4mm long with a 1mm diameter bore, i.e. the engine inner volume of 2.67 mm3 . The generated sound levels reached intensities in the range of 143 dB - 150 dB in the low ultrasonic range. The miniaturization of thermoacoustic engines will lead to the development of device arrays
Thermoacoustic as the name suggests, uses thermal energy to create acoustical or sound energy and vi...
The existence and development of modern society require significant amounts of available energy. Com...
The demand for clean, sustainable, and cost-effective energy continues to increase due to global pop...
Thermoacoustic prime movers have been developed for operation in the low ultrasonic frequency range ...
Journal ArticleAn acoustic approach to thermal management in electronics can be efficient and it can...
Journal ArticleThermoacoustic engines offer the possibility for simple and efficient energy convmion...
Thermoacoustic energy conversion is based on the Stirling cycle and uses sound waves to displace and...
Thermoacoustic heat engines provide a practical solution to the problem of heat management in microc...
A thermoacoustic engine is one of promising system for utilization of unused energy. The object of t...
AbstractThis paper proposes a novel concept of a travelling-wave thermoacoustic electricity generato...
Abstract: The production of sound-wave in thermo-acoustic device is necessary to induce cooling or g...
This paper proposes a novel concept of a travelling-wave thermoacoustic electricity generator, which...
AbstractIncreasing the efficiency and effectiveness of energy systems remains as one of the critical...
Journal ArticleSmall thermoacoustic coolers heat pumps show much promise for heat management in micr...
<p><strong>Thermoacoustic engine</strong> is one of the emerging technologies in the field of energy...
Thermoacoustic as the name suggests, uses thermal energy to create acoustical or sound energy and vi...
The existence and development of modern society require significant amounts of available energy. Com...
The demand for clean, sustainable, and cost-effective energy continues to increase due to global pop...
Thermoacoustic prime movers have been developed for operation in the low ultrasonic frequency range ...
Journal ArticleAn acoustic approach to thermal management in electronics can be efficient and it can...
Journal ArticleThermoacoustic engines offer the possibility for simple and efficient energy convmion...
Thermoacoustic energy conversion is based on the Stirling cycle and uses sound waves to displace and...
Thermoacoustic heat engines provide a practical solution to the problem of heat management in microc...
A thermoacoustic engine is one of promising system for utilization of unused energy. The object of t...
AbstractThis paper proposes a novel concept of a travelling-wave thermoacoustic electricity generato...
Abstract: The production of sound-wave in thermo-acoustic device is necessary to induce cooling or g...
This paper proposes a novel concept of a travelling-wave thermoacoustic electricity generator, which...
AbstractIncreasing the efficiency and effectiveness of energy systems remains as one of the critical...
Journal ArticleSmall thermoacoustic coolers heat pumps show much promise for heat management in micr...
<p><strong>Thermoacoustic engine</strong> is one of the emerging technologies in the field of energy...
Thermoacoustic as the name suggests, uses thermal energy to create acoustical or sound energy and vi...
The existence and development of modern society require significant amounts of available energy. Com...
The demand for clean, sustainable, and cost-effective energy continues to increase due to global pop...