Thermoacoustic Refrigeration Seminar Report

Description

INTRODUCTION

Over the past two decades, physicists and engineers have been working on a class of heat engines and compression-driven refrigerators that use no oscillating pistons, oil seals or lubricants. These so called thermoacoustic devices take advantage of sound waves reverberating within them to convert a temperature differential into mechanical energy or mechanical energy into a temperature differential.

Thermoacoustic Refrigeration Seminar Report

Page Length : 23

Content :

• Introduction
• Basic Functioning
  • The Thermoacoustic Effect
• Functioning In Detail
• Challenges Before The Project
• Improvements Made
• Merits Of The Technology
• Applications
• Conclusion
• References