Hardware in the Loop Emulation of Ship Propulsion Systems at Model Scale

Engineering

• Accident Prevention 20%
• Bridges 20%
• Combines 20%
• Computational Fluid Dynamics 20%
• Compute 20%
• Computer 20%
• Computer Simulation 20%
• Design 20%
• Design Choice 20%
• Design Process 60%
• Development 20%
• Diesel Engine 20%
• Electric Motor 20%
• Energy Conservation 20%
• Energy Efficiency 20%
• Engine 40%
• Engine Power 20%
• Environment 60%
• Environmental Impact 20%
• Environmental Regulations 20%
• Experiments 100%
• Friction 20%
• Fuel Cell Technology 20%
• Full Scale 40%
• Gearbox 20%
• Hydrodynamics 40%
• Machinery 40%
• Maneuverability 60%
• Model Basin 20%
• Model Experiment 20%
• Model Scale 100%
• Numerical Methods 40%
• Performance 20%
• Periodic Time 20%
• Prediction 60%
• Profitability 20%
• Propeller Cavitation 20%
• Propulsion System 100%
• Reduce Emission 20%
• Reduction 20%
• Requirement 40%
• Safety Performance 20%
• Scale Effect 20%
• Scale Model 60%
• Ship Design 60%
• Ship Models 60%
• Ship Propulsion 100%
• Ships 80%
• Test Setup 20%

INIS

• bridges 7%
• carbon dioxide 7%
• cavitation 7%
• compliance 7%
• computational fluid dynamics 7%
• computerized simulation 7%
• computers 7%
• constraints 7%
• control 7%
• cost 7%
• design 46%
• diesel engines 7%
• dynamics 30%
• electric motors 7%
• emission 7%
• energy efficiency 7%
• engines 23%
• environment 23%
• environmental impacts 7%
• friction 7%
• fuel cells 7%
• hydrodynamics 15%
• increasing 15%
• interactions 15%
• machinery 15%
• models (scale) 100%
• performance 15%
• pollution regulations 7%
• power 15%
• power systems 7%
• prediction 23%
• propulsion 23%
• propulsion systems 100%
• reduction 7%
• safety 15%
• scale models 23%
• seas 15%
• ships 100%
• simulation 15%
• sprays 7%

Keyphrases

• Hardware-in-the-loop Simulation 100%
• Hardware-in-the-loop Test 66%
• Novel Power System 33%
• Novel Propulsion Systems 33%
• Physical Scale Model 33%
• Propulsion Engine 33%
• Rough Seas 33%
• Spray Forming 33%