NUMERICALSIMULATIONOFIGNITIONFLAME PROPAGATIONOFGASEOUSHYDROGEN-AIR PROPELLANTS
Omar Magdy GamalElDin ElBoughdady;
Abstract
Summary:
Ignitionisafundamentalprocessforcombustors.Itssuccessorfailuredependsonflow propertiesandmixtureconcentration.Theexistenceofregimewherethe flowvelocityis lessthanthatoftheflamehasadecisiveimpactonflamestability.Ifthebulkofflowhas highvelocity, flamemightbequenchedorbe sweptbytheflow.Quenchingoccurswhen the heatreleasedwaslessthanthe heatlosttothe mixture. Eddiescreatedbythe injection patterncreatevorticesthataidedthemixingofthefuelandoxidizer helpedanchorthe flame.
Ignitionisafundamentalprocessforcombustors.Itssuccessorfailuredependsonflow propertiesandmixtureconcentration.Theexistenceofregimewherethe flowvelocityis lessthanthatoftheflamehasadecisiveimpactonflamestability.Ifthebulkofflowhas highvelocity, flamemightbequenchedorbe sweptbytheflow.Quenchingoccurswhen the heatreleasedwaslessthanthe heatlosttothe mixture. Eddiescreatedbythe injection patterncreatevorticesthataidedthemixingofthefuelandoxidizer helpedanchorthe flame.
Other data
| Title | NUMERICALSIMULATIONOFIGNITIONFLAME PROPAGATIONOFGASEOUSHYDROGEN-AIR PROPELLANTS | Other Titles | محاك عددي لانتشار شعلة اللهب لوقود غازي من الهيدروجين و الهواء | Authors | Omar Magdy GamalElDin ElBoughdady | Issue Date | 2018 |
Recommend this item
Similar Items from Core Recommender Database
Items in Ain Shams Scholar are protected by copyright, with all rights reserved, unless otherwise indicated.