HULL ATTITUDE COMPUTATION

• Air-water interface analysis using a Volume-of-Fluid algorithm
• Turbulence model using the Reynolds Average Navier Stokes (RANS)
• Hybrid tetrahedral/hexahedral mesh in a mixed air-water enviroment
• Matching surface and Dynamical Adaption of the mesh
• An ad hoc iterative computational procedure to compute hull attitude

HYDRODYNAMIC LOAD ANALYSIS ON FUEL TANK

• Fuel tank sloshing simulation
• Fluid structure interaction (FSI)
• Static analysis
• Structural optimisation

STATIC AND DYNAMIC ANALYSIS

• Glass fiber simulation
• Static analysis
• Structural optimisation

COMPLEX HYDRODYNAMIC AROUND APPENDAGES

• Simulation of pressure flow on wall using Average Navier Stokes (RANS) equations and the k-ω model
• Drag and lift computation
• Hull shape design optimisation