Ship-Hull-CFD-Simulation-Fluent-Phase-Hull-Contour-FetchCFD.jpg size: 0.32305 MB
Ship-Hull-CFD-Simulation-Fluent-Phase-Contour-FetchCFD.jpg size: 0.366347 MB
Ship-Hull-CFD-Simulation-Fluent-Phase-2-Contour-FetchCFD.jpg size: 0.877634 MB
Ship-Hull-CFD-Simulation-ANSYS-Fluent-Phase-Contour-FetchCFD.jpg size: 0.751265 MB
Ship-Hull-Transient-CFD-Simulation-Fluent-Files-FetchCFD.cas - Kopie.gz size: 44.4606 MB
six_dof_property.c size: 0.000583 MB
Ship-Hull-CFD-Simulation-Fluent-Phase-Contour-FetchCFD.jpg size: 0.366347 MB
Ship-Hull-CFD-Simulation-Fluent-Phase-2-Contour-FetchCFD.jpg size: 0.877634 MB
Ship-Hull-CFD-Simulation-ANSYS-Fluent-Phase-Contour-FetchCFD.jpg size: 0.751265 MB
Ship-Hull-Transient-CFD-Simulation-Fluent-Files-FetchCFD.cas - Kopie.gz size: 44.4606 MB
six_dof_property.c size: 0.000583 MB
Ship Hull CFD Transient Simulation with Fluent
Heave and pitch simulation example of ship hull moving through head sea waves using Ansys Fluent is performed. Volume of fluid or VOF model is used to solve this open channel flow example. In this example shallow waves are generated using open channel wave boundary condition whereas motion of wigley hull is modeled using dynamic mesh. Motion is restricted to 4 degrees of freedom (DOF) using user defined function (UDF).To avoid the numerical reflections (non physical results/wave reflections) at the outlet, numerical beach option is used. Fluent case file is also included for download.
Related Projects
Responses
Can you share the udf file ?
on February 3rd, 2019
UDF file is now also attached.
on February 8th, 2019
Could you please share the mesh file. Or explain how have you developed the mesh.
Many thanks.
on July 3rd, 2019