Stagnation-point polydisperse spray flame ignition
Abstract
A theory of stagnation-point flow polydisperse spray flame ignition by an isothermal hot surface is presented for the first time. The configuration investigated consists of a mixture of fuel droplets and air flowing against an isothermal hot surface (such as a hot ignition probe). The polydisperse spray of droplets is modelled using the sectional approach. A single global chemical reaction is assumed for the case when ignition occurs. The...
Paper Details
Title
Stagnation-point polydisperse spray flame ignition
Published Date
Mar 21, 2019
Volume
23
Issue
5
Pages
771 - 797
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