Learning objectives
The course is designed to give students a wide overview of the most appropriate methods to approach the project of a fluid machine.
Prerequisites
Macchine AB
Course unit content
The design with analytical methods and numerical methods. Similarity criteria.<br />
How to increase performance and reduce pollutions. Review of most common thermodynamic cycles. Steam injection in a gas cycle.<br />
Predicting the behaviour off design. Most important regulation systems. Influence of environmental conditions on the turbogas plants performances.<br />
Introducing the numerical design. Conceptual differences between design methods and simulation methods applied to fluid machines. Zero-dimensional methods.<br />
Reminders of combustion theories. Combustion chambers for steam generators. Combustion chambers for gas turbines. Matching between components. Start, stop and transients problems.<br />
Example of zero-dimensional calculation step by step for predicting compressor Lysholm behaviour.<br />
Introduction to mono-dimensional methods. Application of the method of characteristics to evaluate the mass exchange in internal combustion engines.<br />
Application of mono-dimensional methods to modify a motorcycle engine for racing application in Formula SAE competitions.<br />
Full programme
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Bibliography
<div align="left">Lecture notes given by professor.</div>
Teaching methods
During the course the students will perform a fluid machine design.
Assessment methods and criteria
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Other information
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