In this simulation, a 1/1-scale of the bare hull axisymmetric SUBOFF geometry is used. The model has a length to diameter ratio equal to L/D = 8.575.
The simulation set-up is performed for submergence depth of 1.1D (D is the SUB-OFF maximum diameter). Also, the length-based Froude number is assumed to be 0.462.
Link to the geometry:
github.com/MojtabaMaali/SUBOF...
Wave heights of SUBOFF-generated waves:
doi.org/10.1016/j.apor.2018.0...
The simulation set up is performed in the following steps:
00:01:43 Definition of the Computational Domain
00:14:00 Definition of the Regions
00:15:04 Mesh Generation
00:42:47 Checking the Mesh Quality
00:46:27 Definition of Physics and Boundary Conditions
01:06:24 Definition of Monitors, Solver Settings and Stopping Criteria
01:12:55 Post-Processing
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