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Experimental study and machine learning integrated artificial neural network modelling and multi-objective optimization of dual fuel combustion of hydrogen with diesel and biodiesel in a diesel engine

T. Anandavelu, Sundararajan Rajkumar

2025International Journal of Hydrogen Energy6 citationsDOI

Topics & Concepts

NOxAutomotive engineeringDiesel fuelCombustionThermal efficiencyEnvironmental scienceBiodieselArtificial neural networkSmokeIgnition systemProcess engineeringDiesel engineComputer scienceInlet manifoldHydrogenBrake specific fuel consumptionBiofuelFuel injectionMaterials scienceExhaust gas recirculationCompression ratioWaste managementCarbureted compression ignition model engineTOPSISHomogeneous charge compression ignitionInternal combustion enginePulp and paper industryThermalBrakeBiodiesel Production and ApplicationsAdvanced Combustion Engine TechnologiesCombustion and flame dynamics
Experimental study and machine learning integrated artificial neural network modelling and multi-objective optimization of dual fuel combustion of hydrogen with diesel and biodiesel in a diesel engine | Litcius