KVSlab / turtleFSI

Monolithic Fluid-Structure Interaction (FSI) solver
https://turtlefsi2.readthedocs.io/en/latest/
GNU General Public License v3.0
62 stars 23 forks source link

Does this open source project support the study of the effect of surface roughness on the deformation behavior of flexible plates in flow fields? #86

Closed Badtreater closed 1 year ago

Badtreater commented 1 year ago

Dear developers, It is my honor to write this letter! I hope to investigate the effect of surface roughness on the deformation behavior of flexible plates in flow fields. However, due to a lack of understanding of the underlying logic of the project, I am not sure whether this open project can achieve my expected goals and whether there is complete validation of reference data and literature. I hope to receive a response from the developers, and I will be very grateful! Thank you!

keiyamamo commented 1 year ago

Dear @Badtreater

turtleFSI is a general software for fluid-structure interaction simulation and it is definitely possible to investigate what you described with turtleFSI. Practically speaking, you need to first have a mesh which is not supported in this software, and you also need to know the basics of how to use finite element software called FEniCS as turtleFSI is built upon it. The difficulty of former heavily depends on your knowledge and experience while the latter is fairly straightforward because there are many great examples and large user community with FEniCS. If you’re motivated, I would first suggest running some problem files that are already in turtleFSI, such as turtle_demo and TF_fsi. TF_fsi is a classical FSI benchmark problem (https://kratosmultiphysics.github.io/Examples/fluid_structure_interaction/validation/fsi_turek_FSI2/) and can be used for validation.

Badtreater commented 1 year ago

Thank you so much!!!!!!!!!!!!!!!!!!!!!!!!!!

Tayir

@. | On 9/16/2023 16:50,Kei @.> wrote:

Dear @Badtreater

turtleFSI is a general software for fluid-structure interaction simulation and it is definitely possible to investigate what you described with turtleFSI. Practically speaking, you need to first have a mesh which is not supported in this software, and you also need to know the basics of how to use finite element software called FEniCS as turtleFSI is built upon it. The difficulty of former heavily depends on your knowledge and experience while the latter is fairly straightforward because there are many great examples and large user community with FEniCS. If you’re motivated, I would first suggest running some problem files that are already in turtleFSI, such as turtle_demo and TF_fsi. TF_fsi is a classical FSI benchmark problem (https://kratosmultiphysics.github.io/Examples/fluid_structure_interaction/validation/fsi_turek_FSI2/) and can be used for validation.

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