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The research of Prof. Colonna in advanced power and propulsion systems spans from fundamental work, to application-driven investigations. He gave fundamental contributions, both theoretical and experimental, to the establishment of a new field in gas dynamics focused on the study of flows of substances in transcritical and supercritical thermodynamic states (NICFD – non ideal compressible fluid dynamics), which he applies to the study of design methodologies for innovative turbomachinery. Computer programs he initially developed are widely adopted by academia and industry. With his simulation studies on the dynamics of complex energy systems, he pursues the concept of “prompt power plants” to fulfill one of the newest and pressing requirements of the sector. Prof. Colonna is also a world-recognized expert on Organic Rankine Cycle and supercritical CO2 cycle technology, power and propulsion systems at the forefront for the conversion of renewable and waste energy, the passion of his professional life.
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ANNUAL REVIEW OF FLUID MECHANICS (2024): 241-269
Applied Thermal Engineering (2024): 122641
Dabo Krempus,Sebastian Bahamonde,Teus P. van der Stelt, Wolfgang Klink,Piero Colonna,Carlo M. De Servi
APPLIED THERMAL ENGINEERING (2024): 121730-121730
Materials & Design (2023): 112352-112352
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Journal of chemical and engineering datano. 3 (2023): 561-573
Multiphase Science and Technology (2023)
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Journal of Chemical & Engineering Datano. 3 (2023): 561-573
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Journal of Engineering for Gas Turbines and Powerno. 3 (2023)
Proceedings of the 4th International Seminar on Non-Ideal Compressible Fluid Dynamics for Propulsion and Power ERCOFTAC Seriespp.201-208, (2023)
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