... at the fixed wave gauge location near the wave paddle and uncertainty analysis was carried out. Different test cases with varying frequency bandwidth of the focusing waves, speed of the cylinder and the locations of focusing are investigated and will be reported in this paper. Further, a comparison...

... boundary conditions to be generated. That might, however, lead to discrepancies in experimental and numerical results, especially in prolonged experiments. We have, therefore, chosen to explicitly model the wave generators as moving solid walls to replicate the physical movement of the wave paddles...

... wave paddle investigation engineering yan simulation upstream oil & gas cylinder sale cfx unidirectional openfoam mesh fluid dynamics wave elevation hildebrandt experimental data offshore structure interaction ns model fnpt model artificial intelligence sriram...

... acceptable agreement with the experimental data. self-correction procedure experimental data floating production system time history upstream oil & gas sriram wave elevation offshore structure subsea system interaction wavemaker wave time history wave paddle qale-fem piston...

..., the generated test cases are again simulated using the fully nonlinear wave model developed in Sriram et al. , (2010). Good agreements are obtained and the numerical model is used further to explain the spatial evolution of the skewness for the complete wave focusing process (from wave paddle location...

... particle velocities times the area of wave paddle has to be assigned with each wave paddle according to time to generate the accurate wave profile. For a linear monochromatic wave, the horizontal water particle velocity can be calculated with the following equation. 423 )cos( cosh )(cosh tkx kd zdkgkau...