Computational Study of Arc Discharges: Spark Plug and Railplug Ignitors

Computational Study of Arc Discharges: Spark Plug and Railplug Ignitors

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A theoretical study of electrical arc discharges that focuses on the discharge processes in spark plug and railplug ignitors is presented. The aim of the study is to gain a better understanding of the dynamics of electrical discharges, more specifically the transfer of electrical energy into the gas and the effect of this energy transfer on the flow physics. Different levels of computational models are presented to investigate the types of arc discharges seen in spark plugs and railplugs (i.e., stationary and moving arc discharges).The solution technique consists of (Fluent 6.2): a€c Discretization of the physical domain using the computational grid. ... Detailed information on how to write and compile/interpret UDFs, and also many examples and sample problems areanbsp;...


Title:Computational Study of Arc Discharges: Spark Plug and Railplug Ignitors
Author:
Publisher:ProQuest - 2007
ISBN-13:

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