Bibliography about thermical engines using a Stirling cycle
by
Thierry RABALLAND
Master Mechanics and Engineering
Mechanics and Energy Option
Faculty of Science of BORDEAUX
33400 TALENCE
BORDEAUX 2005
Here, an abstract :
"In the current energy context, we attend the development of technologies of
production of "clean" energy. Thus, news prospects like thermodynamic solar
energy conversion or waste energy conversion are offered to research on "renewable
energies". Within this framework, we are interested in hot air engines :
Stirling and Ericsson engines.
First of all, this thesis concerns the study of a small Stirling engine on which we
measured the fluid instantaneous temperature and pressure in various points.
The original results obtained are compared to results from two different analyses.
We conclude that these models are not suitable to explain the experimental
results.
Then, we study a micro-cogeneration system based on an Ericsson engine
coupled with a system of natural gas combustion. An Ericsson engine is a
reciprocating engine working on a Joule cycle. The objective of this plant is
to produce 11 kW of electric output as well as useful heat. In order to design
this system, we carried out energetic, exergetic and exergo-economic studies."
This site was created and is maintained by Pierre Gras.
Thank you with all the people who contributed their shares: articles, photographs, vidéos, worksheets…
The author is opened with any suggestion allowing to improve this site for happiness of everybody. Finally, a big
thank you to Robert Stirling !
"stirlinengine.fr" site by Pierre Gras is licensed under a
Creative Commons License
.
This site meets XHTML and CSS standards. To get the best, use a browser such as Firefox, Chrome, Safari, Opera... they also adhere to these standards.