Huiying Rd
DaLian, LiaoNing, Liaoning 116024
China
Dalian University of Technology
ammonia, n-Heptane, Decoupling, Skeletal mechanism, Nitrogen oxides
Fuel spray, Kelvin-Helmholtz Rayleigh-Taylor breakup model, Global sensitivity analysis, Genetic algorithm
Ammonia spray, Drag, Flash boiling, Vaporization, Large Eddy Simulation
diesel surrogate, oxygenated fuel, polycyclic aromatic hydrocarbon (PAH), soot model, internal combustion engine
diesel surrogate, oxygenated fuel, polycyclic aromatic hydrocarbon (PAH), soot model, Internal Combustion Engine
multiobjective particle swarm optimization, predictive perturbation, evolutionary state estimation (ESE), dynamic cooperative search pattern, self-adaptive control parameters.
1-alkene, Double bond, Skeletal oxidation mechanism, Reaction rate rule, Reaction class-based global sensitivity analysis
Binary diffusion coefficient, Molecular dynamics, Polyoxymethylene dimethyl ether, Green-Kubo formula, Evaporating spray
Methanol/dimethyl ether engine, fuel reforming, low-temperature combustion, reverse-reactivity controlled compression ignition, computational optimization
Ammonia spray, Evaporation, Mixing, Zero-carbon fuels, Large eddy simulation
molecular dynamics simulation, Alcohol blended fuels, phase change, Supercritical transition
Saturated fatty acid methyl esters, Decoupling methodology, Skeletal mechanism, Ester functional group, Reaction rate rules
methanol/diesel fuels, dual fuel direct injection, engine optimization, interaction of two fuels, injector layouts
Methanol fuel, Dual-fuel direct injection, Injector configuration, Co-optimization of multiple parameters, Operation stability
Spray simulation, Eulerian-Lagrangian framework, Momentum transport, Two-way coupling, Grid dependence
Flash-boiling spray, Spray cone angle, Spray collapse, Spray simulation
Bicomponent droplets, Al₂O₃ nanoparticles, Vaporization rate, Boiling dynamics, Micro-explosion
Keywords: Hydrogen, Reactivity-controlled compression ignition, Machine learning, Optimization, Combustion
