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Boca Raton ; London ; New York : CRC Press, cop. 2010. Document Type: Book All Authors / Contributors: Arthur Henry Lefebvre; Dilip R Ballal Find more information about: Arthur Henry Lefebvre Dilip R Ballal ISBN: 9781420086041 1420086049 OCLC Number: 780819289 Description: XIX, 537 str. : ilustr. ; 25 cm Contents: Basic ConsiderationsIntroductionEarly Combustor DevelopmentsBasic Design FeaturesCombustor RequirementsCombustor TypesDiffuserPrimary ZoneIntermediate ZoneDilution ZoneFuel PreparationWall CoolingCombustors for Low EmissionsCombustors for Small EnginesIndustrial ChambersCombustion FundamentalsIntroductionClassification of FlamesPhysics or Chemistry?Flammability LimitsGlobal Reaction-Rate TheoryLaminar Premixed FlamesLaminar Diffusion FlamesTurbulent Premixed FlamesFlame Propagation in Heterogeneous Mixtures of Fuel Drops, Fuel Vapor, and AirDroplet and Spray EvaporationIgnition TheorySpontaneous IgnitionFlashbackStoichiometryAdiabatic Flame TemperatureDiffusersIntroductionDiffuser GeometryFlow RegimesPerformance CriteriaPerformanceEffect of Inlet Flow ConditionsDesign ConsiderationsNumerical SimulationsAerodynamicsIntroductionReference QuantitiesPressure-Loss ParametersRelationship between Size and Pressure LossFlow in the AnnulusFlow through Liner HolesJet TrajectoriesJet MixingTemperature Traverse QualityDilution Zone DesignCorrelation of Pattern Factor DataRig Testing for Pattern FactorSwirler AerodynamicsAxial SwirlersRadial SwirlersFlat Vanes versus Curved VanesCombustion PerformanceIntroductionCombustion EfficiencyReaction-Controlled SystemsMixing-Controlled SystemsEvaporation-Controlled SystemsReaction- and Evaporation-Controlled SystemsFlame StabilizationBluff-Body FlameholdersMechanisms of Flame StabilizationFlame Stabilization in Combustion ChambersIgnitionAssessment of Ignition PerformanceSpark IgnitionOther Forms of IgnitionFactors Influencing Ignition PerformanceThe Ignition ProcessMethods of Improving Ignition PerformanceFuel InjectionBasic Processes in AtomizationClassical Mechanism of Jet and Sheet BreakupPrompt AtomizationClassical or Prompt?Drop-Size DistributionsAtomizer RequirementsPressure AtomizersRotary AtomizersAir-Assist AtomizersAirblast AtomizersEffervescent AtomizersVaporizersFuel Nozzle CokingGas InjectionEquations for Mean Drop SizeSMD Equations for Pressure AtomizersSMD Equations for Twin-Fluid AtomizersSMD Equations for Prompt AtomizationInternal Flow CharacteristicsFlow NumberDischarge CoefficientSpray Cone AngleRadial Fuel DistributionCircumferential Fuel DistributionCombustion NoiseIntroductionDirect Combustion NoiseCombustion InstabilitiesControl of Combustion InstabilitiesModeling of Combustion InstabilitiesHeat TransferIntroductionHeat-Transfer ProcessesInternal RadiationExternal RadiationInternal ConvectionExternal ConvectionCalculation of Uncooled Liner TemperatureFilm CoolingCorrelation of Film-Cooling DataPractical Applications of Transpiration CoolingAdvanced Wall-Cooling MethodsAugmented Cold-Side ConvectionThermal Barrier CoatingsMaterialsLiner Failure ModesEmissionsIntroductionConcernsRegulationsMechanisms of Pollutant FormationPollutants Reduction in Conventional CombustorsPollutants Reduction by Control of Flame TemperatureDry Low-Oxides of Nitrogen CombustorsLean Premix Prevaporize CombustionRich-Burn, Quick-Quench, Lean-Burn CombustorCatalytic CombustionCorrelation and Modeling of Oxides of Nitrogen and Carbon Monoxide EmissionsConcluding RemarksAlternative FuelsIntroductionTypes of HydrocarbonsProduction of Liquid FuelsFuel PropertiesCombustion Properties of FuelsClassification of Liquid FuelsClassification of Gaseous FuelsAlternative FuelsSynthetic FuelsIndexReferences appear at the end of each chapter. Responsibility: Arthur H. Lefebvre and Dilip R. Ballal.