Impacts of rudder configurations on inland vessel manoeuvrability

INIS

• configuration 100%
• vessels 100%
• ships 85%
• performance 28%
• efficiency 14%
• hydrodynamics 14%
• prediction 9%
• navier-stokes equations 9%
• operation 9%
• simulation 9%
• evaluation 9%
• reynolds number 9%
• cost 9%
• navigation 9%
• aspect ratio 4%
• increasing 4%
• equipment 4%
• design 4%
• fuel consumption 4%
• architects 4%
• economics 4%
• lifts 4%
• investment 4%
• losses 4%
• velocity 4%
• maintenance 4%
• safety 4%
• engineers 4%

Engineering

• Rudder 100%
• Maneuverability 100%
• Ships 50%
• Research 23%
• Performance 20%
• Efficiency 10%
• Models 10%
• Ship Maneuvering 10%
• Characteristics 10%
• Hydrodynamics 10%
• Evaluation 6%
• Reynolds-Averaged Navier-Stokes 6%
• Negative Effect 6%
• Prediction 6%
• Investment Cost 3%
• Velocity 3%
• Economics 3%
• Estimation 3%
• Aspect Ratio 3%
• Accident Prevention 3%
• Loss 3%
• Operation and Maintenance Cost 3%
• Fuel 3%
• Induced Force 3%
• Naval Architect 3%
• Big Difference 3%
• Proper Design 3%
• Design Choice 3%

Keyphrases

• Inland Vessel Manoeuvrability 100%
• Ship Maneuvering 10%
• Ship Safety 3%
• Efficiency Research 3%
• Manoeuvring Test 3%
• Navigation Efficiency 3%
• Inflow Velocity 3%
• Induced Forces 3%
• Induced Moment 3%
• Quantitative Impact 3%