Numerical and experimental studies of nonlinear wave loads of ships: Dissertation

Keyphrases

• Calculation Method 100%
• Nonlinear Wave Loads 100%
• Nonlinearity 75%
• Hull Girder Loads 75%
• Velocity Potential 50%
• Calm Water 50%
• Ship Motions 50%
• Source Formulation 50%
• Extreme Wave Loads 50%
• Ship Hull 25%
• Head Waves 25%
• Shear Force 25%
• Bending Moment 25%
• Passenger Ship 25%
• Moment of Force 25%
• Bernoulli Equation 25%
• Shear Bending 25%
• Roll-on Roll-off 25%
• Time-domain Method 25%
• Time Derivative 25%
• Flat Bottom 25%
• Vertical Shear 25%
• Regular Head Waves 25%
• Non-linear Time 25%
• Wigley Hull 25%
• Wave Interaction 25%
• Ship Structure 25%
• Ultimate Strength Analysis 25%
• Floating Position 25%
• Ship Waves 25%
• High Waves 25%
• Free-surface Boundary Condition 25%
• Interaction Problem 25%
• Body Boundaries 25%
• Three-dimensional Green's Function 25%
• Time Domain Calculation 25%

Engineering

• Model Test 100%
• Hull Girder Load 75%
• Nonlinearity 75%
• Test Result 50%
• Velocity Potential 50%
• Calm Water 50%
• Ship Motion 50%
• Boundary Condition 50%
• Time Domain 25%
• Hulls (Ship) 25%
• Rigid Hull 25%
• Free Surface 25%
• Ultimate Strength 25%
• Hull Form 25%
• Perturbation Velocity 25%
• Time Domain Processing 25%
• Shear Force 25%
• Ship Structure 25%
• Strength Assessment 25%
• Passenger Ship 25%
• Bending Moment 25%
• Bernoulli Equation 25%
• Green's Functions 25%

INIS

• nonlinear problems 100%
• ships 100%
• calculation methods 57%
• water 28%
• motion 28%
• velocity 28%
• boundary conditions 28%
• wave propagation 28%
• assessments 14%
• surfaces 14%
• passengers 14%
• interactions 14%
• bending 14%
• equations 14%
• shear 14%
• perturbations 14%
• verification 14%
• cones 14%
• ultimate strength 14%
• green function 14%