Comparison of computational methods for hydrodynamic performance prediction of oscillating marine propulsors

Engineering & Materials Science

• Computational methods 49%
• Propulsion 42%
• Hydrodynamics 40%
• Remotely operated underwater vehicles 38%
• Surface potential 32%
• Strouhal number 30%
• Potential flow 29%
• Autonomous underwater vehicles 27%
• Fish 25%
• Costs 18%

Chemical Compounds

• Strouhal Number 100%
• Hydrodynamics 44%
• Flow 30%
• Time 17%
• Application 14%

Earth & Environmental Sciences

• hydrodynamics 36%
• prediction 23%
• comparison 19%
• thrust 13%
• method 10%
• autonomous underwater vehicle 10%
• potential flow 9%
• cost 8%
• fish 4%
• trend 3%
• effect 3%