Thematic areas and project themes
A. Wave induced motions and strongly nonlinear loads1. Water entry and exit behaviour
2. Green water loading
3. Severe fluid motions and loads in tanks and moon-pools
4. Nonlinear ship motions with green water and slamming
B. Structural load effects5. Time domain simulation of nonlinear load effects in ships and ocean structures
6. Stochastic dynamic analysis of extreme load effects for multiple stochastic load effects
7. Fatigue due to nonlinear effects
8. Wave load effects in damaged floating structures
9. Control of wave-induced motion, loads and structural load effects of high speed catamarans
10. Uncertainty analysis and structural reliability
C. Ship operations11. Modelling ship- ship interaction in waves at forward speed
12. Sea-keeping and maneuvering of high speed vessels
13. Station-keeping and maneuvering of ships in waves
14. Modeling, estimation and control of parametric roll for ships
15. Arctic marine operations
16. Risk analysis of positioning systems for deep-water FPS D. Stationary marine operations17. Control of loads through the wave zone in marine operations
18. Simulation and control of complex marine operations
E. Slender marine structures19. Model test of deep water moored structures by active control of line forces in a truncated model
20. Combined cross-flow and in-line vortex induced vibrations
21. Control of extreme response for marine risers
F. Aquacultural facilities22. Modeling and control of mobile, interconnected aquastructures for harsh conditions
G. Wave and offshore wind energy conversion23. Modeling and control of facilities for converting wave energy
H. Very Large Floating Structures24. Modeling and control of mobile, large-scale interconnected structures
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