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CFD technology for ultra low-NOx flameless burners development – Malfa et al
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Authors: Malfa et al
Summary
On 14 July 2009 the Italian National Committee of the IFRF hosted a seminar at the Department of Physics, Milan University entitled Combustion Simulation, Diagnostics and Experimentation. The seminar was attended by a good number of Italian IFRF member organisations, namely ENEA, Italcementi, TENOVA, CSM and ANSYS ITALIA.
Dr. F. R. Picchia of ENEA delivered the keynote address: High Performance Computing and advanced numerical simulation for the development of innovative combustion technologies.
Certain of the presentations included here are written in Italian. To request an English translation, please contact Tracey Biller at the IFRF offices in Livorno.
Abstract
On 14 July 2009 the Italian National Committee of the IFRF hosted a seminar at the Department of Physics, Milan University entitled Combustion Simulation, Diagnostics and Experimentation. The seminar was attended by a good number of Italian IFRF member organisations, namely ENEA, Italcementi, TENOVA, CSM and ANSYS ITALIA.
Dr. F. R. Picchia of ENEA delivered the keynote address: High Performance Computing and advanced numerical simulation for the development of innovative combustion technologies.
Certain of the presentations included here are written in Italian. To request an English translation, please contact Tracey Biller at the IFRF offices in Livorno.
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Research: Conference
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Outline
- 01 Advanced methods for combustion diagnostics and control
- 02 The LES approsvh to numeric simultion of combustion in ENEA
- 03 KEYNOTE LECTURE
- 04 Video and Thermographic Image Processing for Cement Kiln Flames – DURAG’s “Orfeus” FlameSightCem Process Prediction Software – H. Knutson et al
- 05 Seminar Agenda
- 06 IFRF status, research and services – Tognotti
- 07 Le potenzialità delle tecnologie CCS il ruolo delle innovazioni nel campo della combustione – Girardi, ENEA
- 08 CFD technology for ultra low-NOx flameless burners development – Malfa et al
- 09 Supporting Material to Malfa et al – flamesless video
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Download PDFal, M. e. (2009) CFD technology for ultra low-NOx flameless burners development – Malfa et al.