Fiche du document
12 février 2021
- handle: 10670/1.2xdt7s
- 37930
Mots-clés
QC1-999Sujets proches
Examples Exemplars Scientific research Science research Science--Research Molding (Clay, plaster, etc.) Clay modeling Modelling Blending Momentum pumps Buildings--Heating and ventilation Gas (Gasoline) Petrol Coal-gas Illuminating gas Producer gas Steam-boilers--Furnaces Fuels Pattern Model Fuel consumption Consumption of energy Energy efficiency Fuel efficiency Coats of arms Devices Arms, Coats of Heraldic devices Airplanes--Aerodynamics Subsonic aerodynamics Aerodynamics, Subsonic StreamliningCiter ce document
Directory of Open Access Books, ID : 10670/1.2xdt7s
Métriques
Partage / Export
Résumé
Swirl flows are used in a wide range of industrial applications. In non-reacting cases, examples of applications include vortex amplifiers and reactors, heat exchangers, jet pumps, and cyclone separators. In reacting cases, swirlers are widely used in combustion systems, such as gas turbines, industrial furnaces, boilers, gasoline and diesel engines, and many other practical heating devices. Effects of using swirl on flow and combustion are significant and varied, and concern, for example, aerodynamics, mixing, flame stability, intensity of combustion, and pollutant emissions. The purpose of this book is to present recent research efforts to understand and characterize swirling flows of different types and in different applications. These include gaseous, liquid, and solid fuels in order to enhance combustion systems and their energy efficiency. Swirl flows are very complex and the studies proposed in this project are based on different means, including theoretical calculations, numerical modeling, and experimental measurements.