LOW TEMPERATURE COMBUSTION WITHIN AN HSDI DIESEL ENGINE USING MULTIPLE INJECTION STRATEGIES

Keyphrases

• Combustion 20%
• Combustion Conditions 20%
• Combustion Heat Release 20%
• Combustion Mode 60%
• Combustion Process 20%
• Combustion Structure 20%
• Comparison Experiment 20%
• Compression Ignition Combustion 20%
• Conventional Combustion 40%
• Conventional Diesel Combustion 20%
• Diesel Combustion 40%
• Diffusion Combustion 20%
• Diffusion Flame 20%
• Digital Video Camera 20%
• Direct Injection Diesel Engine 100%
• Exhaust pipe 20%
• Flame Image 20%
• Flaming Combustion 20%
• Heat Release Characteristics 20%
• Heat Release Rate 40%
• High Mass Loading 80%
• High NOx 20%
• In-cylinder Pressure 20%
• In-cylinder Temperature 20%
• Injection Pressure 80%
• Injection Timing 20%
• Liquid Fuel 40%
• Load Injection 20%
• Load Pressure 20%
• Loading Conditions 60%
• Low Injection Pressure 40%
• Low Load 20%
• Low Load Condition 20%
• Low Temperature 40%
• Low Temperature Combustion 100%
• Luminous Flames 40%
• Main Injection 20%
• Main Injection Timing 20%
• Multiple Injections 100%
• Natural Flame Luminosity 20%
• NOx Emission 40%
• Operating Load 40%
• Pilot Fuel Ratio 20%
• Pilot Injection 20%
• Pilot Injection Timing 20%
• Piston 20%
• Premixed 20%
• Premixed Flame 40%
• Side Window 20%
• Simultaneous Reduction 20%
• Soot 40%
• Soot Emission 20%
• Three-dimensional (3D) 20%

Engineering

• Calorific Value 14%
• Combustion Mode 42%
• Compression Ignition 14%
• Conventional Diesel Combustion 14%
• Cylinder Pressure 14%
• Diffusion Flame 14%
• Digital Video 14%
• Direct Injection Diesel Engine 100%
• Exhaust Pipe 14%
• Flame Combustion 14%
• Heat Release 14%
• Heat Release Rate 28%
• Injected Fuel 14%
• Injection Pressure 85%
• Load Condition 42%
• Low Load Condition 14%
• Low-Temperature 100%
• Pilot Fuel 14%
• Pilot Injection 28%
• Premixed Flame 28%
• Video Camera 14%