Solution of adiabatic and nonadiabatic combustion problems using step-function reaction models
Abstract
We consider the use of step-functions to model Arrhenius reaction terms for traveling wave solutions to combustion problems. We develop a methodology by which the Arrhenius reaction rate term is replaced by a suitably normalized step-function. The resulting model introduces interior interfaces and allows the conservation equations for energy and species to be solved explicitly within the subdomains bounded by the interfaces. The problem can then...
Paper Details
Title
Solution of adiabatic and nonadiabatic combustion problems using step-function reaction models
Published Date
Aug 29, 2012
Volume
79
Issue
1
Pages
101 - 124
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