A momentum integral model for central recirculation in swirling flow in a sudden expansion
Author:
Publisher
Wiley
Subject
General Chemical Engineering
Reference35 articles.
1. “Study of the Aerodynamics of a Furnace Space”;Afrosimova;Thermal Eng.,1967
2. “Swirl Effects on Confined Flows in Axisymmetric Geometries”;Ahmed;AIAA J. Propulsion Power,1992
3. “Velocity Measurements in a Confined Swirl Driven Recirculating Flow”;Altgeld;Exper. in Fluids,1983
4. “Study on the Flow with a Swirl Flow in a Cylindrical Combustor (2nd Report, Characteristics of Turbulence for the Swirl Number)”;Aoki;Bull. JSME,1986
5. “Aerodynamics of Vane-Swirled Flames in Furnaces”;Beltagui;J. Inst. Fuel,1976
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