Quantitative investigation on Gedeon streaming in traveling wave thermoacoustic engine;

Experiment of a thermoacoustic engine driven by LPG;

Influence of load impedance on performance of thermoacoustic engine;

Investigation on pressure characteristic in a thermoacoustic prime mover;

A 9-bits lattice gas model with temperature effect is applied into the simulation of thermoacoustic prime movers.

The factors are founded which cause the thermoacoustic prime mover to work on the second mode.

In this paper,the power output characteristics of traveling-wave thermoacoustic engine (TWTAE)using nitrogen and helium as working gas have been investigated respectively.

Targeting on improving the thermal efficiency of the former experimental system,the dimensions of the stack and hot buffer of the high frequency standing-wave thermoacoustic heat engine as well as the acoustic amplifier tube have been optimized with the guidance of numerical calculations.

Study on thermodynamic and dynamic performance of thermoacoustic Stirling heat engines by using CFDPart Two: Investigation on conversion characteristics from heat energy to acoustic power and Gedeon acoustic stream;

In this paper,a prototype of a thermoacoustic Stirling electrical power generator(TASEPG) is introduced,which contains a thermoacoustic Stirling heat engine and a linear alternator.