Exergetic and exergoeconomic analyzes of compressed natural gas as an alternative fuel for a diesel engine

Keyphrases

• Diesel Engine 100%
• Alternative Fuels 100%
• Exergoeconomic Analysis 100%
• Exergetic Analysis 100%
• Compressed Natural Gas 100%
• Natural Gas Fuel 44%
• Full Load 33%
• Diesel Fuel 22%
• Loading Conditions 11%
• Maximum Power 11%
• Operation Maintenance 11%
• Exergy Destruction 11%
• Intake Manifold 11%
• Exergetic Efficiency 11%
• Exergetic 11%
• Exergy 11%
• Exergy Destruction Rate 11%
• Diesel 11%
• Flow Cost 11%
• Dual-mode 11%
• Energy Content 11%
• Efficiency Factor 11%
• Gas Ratio 11%
• Capital Operation 11%
• Environmental Damage Cost 11%
• Low-load Conditions 11%
• Specific Cost 11%
• Single-cylinder Diesel Engine 11%
• Exergoeconomic Factor 11%
• Shaft Work 11%
• Natural Gas Injector 11%
• Fuel Damage 11%

Engineering

• Diesel Engine 100%
• Alternative Fuel 100%
• Exergoeconomic Analysis 100%
• Compressed Natural Gas 100%
• Diesel Fuel 22%
• Flow Rate 11%
• Single Cylinder 11%
• Load Condition 11%
• Maintenance Operation 11%
• Exergy Destruction 11%
• Low Load Condition 11%
• Exergetic Efficiency 11%
• Test Cycle 11%
• Energy Content 11%
• Related Cost 11%
• Damage Cost 11%
• Environmental Damage 11%
• Exergy Rate 11%
• Flow Velocity 11%
• Shaft Work 11%