[iamsaugat07]

I am working on a project based on the simulation of water splash generated by the rear wheel of a bike.
I want to simulate the trajectory of water caused by the wheel.
I started with following setup and boundary condition

A wheel geometry enclosed by two enclosure both cubical box based on hex dominant and tet dominant mesh. I used tet dominant mesh for enclosure near to the geometry as the flow around the wheel is of major concern.

Boundary included:
Ground : moving along x-axis
inlet : velocity along x-axis for air
wheel walls: set to rotation about the origin along z axis
outlet: at gauge pressure

Model used : VOF phase 1 : air phase 2: water, Implicit method

Result obtained:
https://youtu.be/sa7e6Uh7i_Y

I used pseudo transient method to get the above result.
I don't know my simulation result are able to capture any physics of such problem. Is there any better approach to solve this type of problem?
I read about mrf approach but as my problem involves both translational and rotational effects I am not sure mrf approach would be good for this problem.

[arjun]

I think you are trying to do this

https://fvus.github.io/wildkatze/pro...6-aquaplanning

[iamsaugat07]

yeah .. but there is no details of setup of anything in the link you provided. can someone provide me any better reference?