Analysis of high-pressure hydrogen, methane, and heptane laminar diffusion flames: Thermal diffusion factor modeling

Volume: 151, Issue: 4, Pages: 581 - 600
Published: Dec 1, 2007
Abstract
Direct numerical simulations are conducted for one-dimensional laminar diffusion flames over a large range of pressures (1⩽P0⩽200atm) employing a detailed multicomponent transport model applicable to dense fluids. Reaction kinetics mechanisms including pressure dependencies and prior validations at both low and high pressures were selected and include a detailed 24-step, 12-species hydrogen mechanism (H2/O2 and H2/air), and reduced mechanisms...
Paper Details
Title
Analysis of high-pressure hydrogen, methane, and heptane laminar diffusion flames: Thermal diffusion factor modeling
Published Date
Dec 1, 2007
Volume
151
Issue
4
Pages
581 - 600
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