Stirling Cycle Engine Analysis and Computer Simulation Educational Resource
By
akshatjiwan
Right out the toaster. Reliable, with some real depth.
Summary
This is a comprehensive educational web resource dedicated to the analysis and computer simulation of Stirling cycle machines. It serves as a self-contained learning tool covering thermodynamic, heat transfer, and fluid flow friction analysis for single-phase piston/cylinder Stirling engines. Originally used as course material for Mechanical Engineering majors until 2012, the resource includes updated MATLAB simulation programs (originally in FORTRAN) based on the book 'Stirling Cycle Engine Analysis.' The content covers various analytical approaches including Ideal Isothermal Analysis, Ideal Adiabatic Analysis, and Simple Analysis, with insights into heat exchanger importance and regenerator function. The resource is freely available under a Creative Commons license.
Key quotes
· 4 pulledThis web resource is intended to be totally self contained learning resource for the analysis and development of computer simulation of single phase, piston/cylinder Stirling cycle machines.
The computer simulation program modules (originally written in FORTRAN) have all been updated and rewritten in MATLAB, a convenient interactive language which allows direct graphical output - essential for Stirling cycle analysis.
We find that the Ideal Isothermal analysis predicts that the heat exchangers of a Stirling engine are redundant, thus we cannot seriously use this model to predict the ideal performance of an actual machine.
We gain various insights from using this model in particular with regards to the importance of the regenerator, which was not understood for a significant period.
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