Numerical simulation of a coflow, laminar diffusion C2H4/air flame

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Author	Search for: Guo, H.; Search for: Liu, Fengshan¹; Search for: Smallwood, Gregory¹; Search for: Gulder, O.
Affiliation	National Research Council of Canada. NRC Institute for Chemical Process and Environmental Technology
Sponsor	Search for: The Combustion Institute
Format	Text, Article
Conference	Combustion Institute Canadian Section, 2000 Spring Technical Meeting, May 15-17, Ottawa, ON
Abstract	The two-dimensional axisymmetric laminar diffusion flame is a relatively simple, but very typical, multidimensional flame configuration, for which many experiments have been conducted. In this paper, such a diffusion flame is numerically investigated in consideration of the complex transport and thermal properties. As a first attempt at a multifaceted problem, and for providing better initial conditions for the simulation by a detailed chemistry model, a simplified two-step reaction scheme is used. The fully elliptic problem is treated.
Publication date	2000
Language	English
NRC number	NRCC 51601
NPARC number	12338130
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Record identifier	d55d4bc5-958c-49de-a1de-cffdec4407a0
Record created	2009-09-10
Record modified	2020-03-26