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Visual multi-objective optimization of the performance of a two-stroke aviation piston engine with the predictive combustion model at different altitude based on 3D scavenging computation

Lingfeng Zhong, Qianfan Xin, Rui Liu, Islam Raihanul, Islam Saiful, Yufeng Chen

2025Energy7 citationsDOI

Topics & Concepts

Piston (optics)Automotive engineeringCombustionLatin hypercube samplingScavengingFuel efficiencyCylinderBrakePerformance predictionIgnition systemComputationComputer scienceResponse surface methodologyEngineeringEnvironmental sciencePower (physics)Petrol engineHomogeneous charge compression ignitionSampling (signal processing)SimulationGasolineInternal combustion engineAviationIgnition timingReference dataCombustion chamberAdvanced Aircraft Design and TechnologiesAdvanced Combustion Engine TechnologiesVehicle emissions and performance
Visual multi-objective optimization of the performance of a two-stroke aviation piston engine with the predictive combustion model at different altitude based on 3D scavenging computation | Litcius