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Thermo acoustic have been known for over years but the use of this phenomenon to develop engines and pumps is fairly recent. Thermo acoustic refrigeration is one such phenomenon that uses high intensity sound waves in a pressurized gas tube to pump heat from one place to other to produce refrigeration effect. In this type of refrigeration all sorts of conventional refrigerants are eliminated and sound waves take their place. All we need is a loud speaker and an acoustically insulated tube. Also this system completely eliminates the need for lubricants and results in 40% less energy consumption. Thermoacoustic heat engines have the advantage of operating with inert gases and with little or no moving parts, making them highly efficient ideal candidate for environmentally-safe refrigeration with almost zero maintenance cost.
Info autore
S. Chandrasekhar ist Assistenzprofessor für Maschinenbau am GATES Institute of Technology Gooty. Er hat einen Abschluss in Maschinenbau von der JNT University Anantapur und einen Postgraduiertenabschluss in Produktdesign von der JNT University Anantapur. Sein derzeitiges Forschungsgebiet sind Verbundwerkstoffe und Rapid Prototyping.
