Investigation of Species from Negative Valve Overlap Reforming Using a Stochastic Reactor Model

Keyphrases

• CFD Simulation 25%
• Chemical Mechanism 25%
• Closed Cycle 25%
• Combustion 25%
• Comparing Models 25%
• Computationally Intensive 25%
• Effective Approach 25%
• Engine Simulation 25%
• Ethanol 25%
• Experimental Speciation 25%
• Formation Rate 25%
• Fuel Reformation 25%
• Fuel Reforming 25%
• Gasoline 25%
• Heptane 25%
• Homogeneous Reactor 25%
• Ignition 25%
• Ignition Characteristics 25%
• In-cylinder 25%
• In-cylinder Process 25%
• In-cylinder Temperature 25%
• Intermediate Species 25%
• Iso-octane 25%
• Kinetic Processes 25%
• Low Temperature 25%
• Mixture Stratification 25%
• Multi-zone Model 25%
• Negative Valve Overlap 100%
• Non-homogeneity 25%
• Overlap Length 50%
• Primary Reference Fuel 25%
• Reactor Model 25%
• Reformate 75%
• Single Component 25%
• Single Cylinder Engine 25%
• Speciation Data 25%
• Species Formation 25%
• Stochastic Reactor Model 100%
• Thermal Stratification 75%
• Thermodynamic Process 25%

Engineering

• Chemical Mechanism 20%
• Computational Fluid Dynamics 20%
• Effective Approach 20%
• Engine Cylinders 20%
• Fuel Reforming 20%
• Ignition 40%
• Illustrates 20%
• Inhomogeneity 20%
• Initial Condition 20%
• Isooctane 20%
• Low-Temperature 20%
• Measured Value 20%
• Nuclear Reactor 100%
• Reference Fuel 20%
• Reformates 60%
• Single Component 20%
• Single Cylinder 20%

Chemical Engineering

• Thermal Stratification 100%