An Improved Prediction of Pre-Combustion Processes, Using the Discrete Multicomponent Model

Keyphrases

• Combustion Process 100%
• Evaporation Model 100%
• Heating Model 100%
• Multi-component Model 100%
• Improved Prediction 100%
• Pre-combustion 100%
• Droplet Evaporation 66%
• Species Diffusion 66%
• Partially Premixed Compression Ignition 66%
• Droplet Heating 33%
• Analytical Solution 33%
• Fuel Droplet 33%
• Liquid Phase 33%
• Heating Effect 33%
• Temperature Effect 33%
• Temperature Gradient 33%
• Compression Ignition Engine 33%
• Top Dead Centre 33%
• Combustion Phasing 33%
• Diffusion Equation 33%
• Hollow Cone Spray 33%
• Engine Performance 33%
• Primary Reference Fuel 33%
• User-defined Function 33%
• Heat Conduction 33%
• Engine Simulation 33%
• Heptane 33%
• Computational Fluid Dynamics Software 33%
• Single Droplet 33%
• Crank Angle 33%
• N-Decane 33%
• Start of Injection Timing 33%
• Accurate Modeling 33%
• Physical Process Modelling 33%

Engineering

• Good Agreement 100%
• Liquid Phase 100%
• Computational Fluid Dynamics 100%
• Combustion 100%
• Compression Ignition 100%
• Diffusion Equation 100%
• Engine Performance 100%
• Engine Cycle 100%
• Reference Fuel 100%
• Heptane 100%
• Crank Angle 100%
• Thermal Gradient 100%
• Diesel Engine 100%

Chemical Engineering

• Heat Conduction 100%
• Thermal Gradient 100%
• Combustion 100%
• Heptane 100%