Thermoacoustic engines convert heat energy into high amplitude sound waves, which is
used to drive thermoacoustic refrigerator or pulse tube cryocoolers by replacing the …

Thermoacoustic devices (TAD) are the newest type of unconventional heat machines. Their
work is based on the mutual transformation of heat and acoustic energies. This heat …

The paper is devoted to the synthesis of digital system for control of thermoacoustic plant.
Based on the analysis of thermoacoustic systems, the main tasks of the synthesized system …

Success in the advancement of thermoacoustic field led the researchers to develop the
thermoacoustic engines which found its applications in various fields such as refrigeration …

Thermoacoustics is the interaction between heat and sound, which are useful in designing
heat engines and heat pumps. Research in the field of thermoacoustics focuses on the …

Thermoacoustic engines are energy conversion devices that convert thermal energy from a
high-temperature heat source into useful work in the form of acoustic power while diverting …

This paper discusses the synthesis of distributed computer system for monitoring and control
of thermoacoustic processes. Based on the analysis of existing monitoring systems, authors …

Thermoacoustic prime movers are considered new alternative heat engines to traditional
ones. For good performance of such a heat engine, a careful apparatus design is required …

Many applications of thermoacoustic engines in engineering. With its pressure of it, the
energy can be harvested and can be converted to many other needs of energies like …

Thermoacoustic is a field of science and technology that studies heat and sound
interactions. It deals with the conversion of thermal energy into acoustical energy and vice …