OpenFOAM - Planing Hull in Irregular Sea State

This video illustrates a simulation of a planing hull in an irregular sea state. The simulation is performed with marineFoam. We use many special features for enhanced marine simulations such as implicit VoF formulation, Ghost Fluid Method, improved motion libraries.
If you want to know more about our engineering techniques, our work, our case studies, or our company, please contact us through one of the links below. We are specialized in CFD, FEA, and Thermohydraulics.
Find us:
Website English: www.g-met.fr/home
Site web Français : www.g-met.fr
LinkedIn: / g-met-technologies
Don't forget to leave a thumbs up, and comment this video if you have any questions...
Relevant Hashtags:
#naval, #CFD, #Opensource, #build, #marine, #marineFoam, #OpenFOAM

[@imporiocontact5580]

Very Nice!

[@g-mettechnologies881]

Thank you!

[@austineadah2843]

A complete tutorials might help us understand better..nice teasers

[@g-mettechnologies881]

Hi, Thank you for your comment.
We are not planning on doing a full tutorial video, but we give OpenFOAM training if you want to dive deeper into simulation and CFD.
You can find it on our website here: www.g-met.fr/openfoam/
Or contact us at [e-mail]

[@chensongtao9244]

Nice work! Have any References for the implementation of the Ghost fluid method?

[@qwertyman9560]

What are the details of the simulation - mesh count, time step size, Froude number, physics models, simulation time, etc.

[@g-mettechnologies881]

Hello,
Mesh size : 3 M. Time step : 0.0025 s. Average Co number : 0.1. Maximal Co number : 4. Froude number : 1.7. Physics : VoF/GFM - SST. Simulation time 40 sec.
Thanks for your comment

[@qwertyman9560]

@@g-mettechnologies881 Thank you. Is this for one side or do you simulate both sides? Also, I am curious to know what machines you run this on and how long it takes to simulate it?