A study of the effect of injection pressure on the combustion, performance, and emission characteristics of cardanol biofuel blend fuelled compression ignition engine

Engineering & Materials Science

• Biofuels 100%
• Ignition 79%
• Compaction 75%
• Engines 56%
• Smoke 30%
• Methanol 30%
• Brakes 28%
• Nitrogen 27%
• Oxides 25%
• Energy security 18%
• Alternative fuels 16%
• Direct injection 16%
• Fuel injection 16%
• Biodiesel 15%
• Hot Temperature 14%
• Pollution 13%
• Diesel engines 12%

Earth & Environmental Sciences

• biofuel 92%
• engine 82%
• compression 69%
• combustion 68%
• diesel 56%
• methanol 29%
• smoke 29%
• oxide 22%
• effect 20%
• alternative fuel 18%
• nitrogen 17%
• diesel engine 16%
• pollution 9%
• energy 7%
• test 5%

Chemical Compounds

• Biofuel 97%
• Pressure 51%
• Fuel 36%
• Smoke 33%
• Nitrogen 17%
• Oxide 16%
• Cylinder 15%
• Biodiesel 15%
• Methanol 9%
• Energy 6%
• Reduction 6%