Citation

Johnson AD, Ebbinghaus A, Imanari T, Lennon SP, Marie N. Process. Saf. Environ. Prot. 1997; 75(3): 145-151.

Copyright

(Copyright © 1997, Institution of Chemical Engineers and European Federation of Chemical Engineering, Publisher Hemisphere Publishing)

DOI

10.1205/095758297528977

PMID

unavailable

Abstract

This paper summarizes progress in the development and validation of a suite of computational fluid dynamics sub-models for the calculation of open air and impinging turbulent gas jet flames. The sub-models are implemented in the commercial flow and radiative heat transfer solvers CFX-FL0W3D and CFX-RADIATION. Demonstration calculations are reported for an open air sonic 0.3 propane flame, and a 2.5 subsonic natural gas flame in the open air and impinging on a 2 m diameter cylindrical target. Improvements for the calculation of under-expanded jet shock structures, flame lift-off, and combustion in the main bulk of the flame are reported. A practical model for predicting convective heat transfer is identified. Results of preliminary calculations of flame impingement heat transfer are present.