Configurations optimization of a tug ship propulsion system: a life cycle assessment case study

Earth and Planetary Sciences

• Propulsion 100%
• Tug 100%
• Engine 100%
• Optimization 100%
• Output 100%
• Life Cycle Assessment 100%
• Ship 100%
• Investigation 100%
• Emission 75%
• Route 75%
• Management 75%
• Global Warming 75%
• Planetary Atmosphere 50%
• Attention 50%
• Alternative Fuel 50%
• Hybrid 50%
• Science and Technology 50%
• Fossil Fuel 50%
• Fuel 50%
• Scientist 50%
• Consumption 50%
• Fuel Oil 25%
• Environmental Protection 25%
• Fuel Consumption 25%
• Acid Rain 25%
• Air Pollution 25%
• Pollution 25%
• Foci 25%
• Human Activity 25%
• Wind Wave 25%
• Sea 25%
• Condition 25%
• Combustion 25%
• Acidification 25%
• Acid 25%
• Carbon Dioxide Emission 25%
• Environmental Impact 25%
• Selection 25%
• Research Work 25%
• Life Span 25%
• Plant 25%
• Liquefied Natural Gas 25%
• NOx Emission 25%
• Service Life 25%
• Data Base 25%
• Renewable Energy 25%
• Sulphur 25%

Engineering

• Engines 100%
• Ship Propulsion 100%
• Propulsion System 100%
• Optimization 100%
• Power Output 75%
• Global Warming 75%
• Fuel 75%
• Fossil Fuel 50%
• Alternative Fuel 50%
• Energy Demand 50%
• Hybrid 50%
• Ships 50%
• Acid 50%
• Generates 25%
• Environmental Protection 25%
• Air Pollution 25%
• Reduce Emission 25%
• Environmental Impact 25%
• Oil Consumption 25%
• Reduction 25%
• Route Optimization 25%
• Tugboats 25%
• Liquefied Natural Gas 25%
• Biofuels 25%
• Research Work 25%
• Sea Condition 25%
• Performance 25%
• Pollution 25%
• Power Engineering 25%
• Emission Control 25%
• Service Life 25%
• Wind 25%
• Renewable Energy 25%

Material Science

• Fuel 50%
• Protective Atmosphere 50%
• Fossil Fuel 50%
• Alternative Fuel 50%
• Fuel Oil 25%
• Solution 25%
• Air 25%
• Liquefied Natural Gas 25%
• Fuel Consumption 25%