A reduced mechanism for biodiesel surrogates for compression ignition engine applications

Engineering

• Mechanisms 100%
• Biodiesel 60%
• Flame 30%
• Reduction 30%
• Equivalence Ratio 20%
• Spray Combustion 20%
• Heptane 20%
• Compression Ignition 20%
• Direct Relation 20%
• Ignition Engine 20%
• Simulation 20%
• Applications 20%
• Ambient Condition 10%
• Alkane 10%
• Ignition Delay 10%
• Initial Temperature 10%
• Computational Cost 10%
• Laboratories 10%
• Rate Constant 10%
• Sensitivity Analysis 10%
• Good Accuracy 10%
• Length Ratio 10%
• Characteristics 10%
• Validation 10%
• Large Extent 10%
• Engines 10%

Chemistry

• Reduction 30%
• Flame 30%
• Simulation 20%
• Chemical Reaction 20%
• Application 20%
• Ignition 20%
• Methyl 20%
• Alkane 10%
• Compound Isomer 10%
• Decanoate 10%
• Rate Constant 10%
• Pressure 10%
• Combustion 10%
• Particle Size 10%
• Engine 10%