Design and Analysis of Thermo Acoustic Refrigerator

Abstract

1. The thermal and acoustic functions of the refrigerator design the focus of much attention from the research community since 1980. This is a friendly technology environment has the potential to become an option for cooling, and improvements design and technology realized. Heat exchangers are used to increase the thermal efficiency of sound systems, however, they are expensive and complicated to manufacture there are limits to the heat exchanger in terms of efficiency and durability. Limiting the use of the heat exchanger by using flow through designs significantly reduces the cost and complexity of thermal acoustic systems, with the possible minimum efficiency loss. In this thesis, it is shown that the condition of wave pattern (RF) lead to higher cooling effects compared to other proven patterns waves. Also add heat exchanger contributes significantly to increasing the temperature drop across the Third Assessment Report of the modified achieved. 3D modeling sound engineer at refrigerator temperature for professionals. It analyzes in ANSYS.