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Design and Optimization of Turbo-expanders for Organic Rankine Cycles
A computational tool for turbine design for ORC applications
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Focusing on energy production and emission reduction, this work explores organic Rankine cycles as a viable solution, particularly for low-temperature and decentralized heat recovery. It presents a computational model to predict axial-flow turbine performance, validated with experimental data. The design process incorporates a genetic algorithm for optimization, achieving an accuracy of ±3%. The simulation tool is applicable across various contexts, including offshore platforms and geothermal sources, underscoring the importance of simulation in turbine design for thermodynamic cycles.
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Design and Optimization of Turbo-expanders for Organic Rankine Cycles, Paolo Gabrielli
- Language
- Released
- 2014
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- Title
- Design and Optimization of Turbo-expanders for Organic Rankine Cycles
- Subtitle
- A computational tool for turbine design for ORC applications
- Language
- English
- Authors
- Paolo Gabrielli
- Publisher
- Edizioni Accademiche Italiane
- Released
- 2014
- Format
- Paperback
- Pages
- 252
- ISBN13
- 9783639655568
- Category
- Electrical engineering
- Description
- Focusing on energy production and emission reduction, this work explores organic Rankine cycles as a viable solution, particularly for low-temperature and decentralized heat recovery. It presents a computational model to predict axial-flow turbine performance, validated with experimental data. The design process incorporates a genetic algorithm for optimization, achieving an accuracy of ±3%. The simulation tool is applicable across various contexts, including offshore platforms and geothermal sources, underscoring the importance of simulation in turbine design for thermodynamic cycles.