My question is like this: assuming the sea level is calm and the waves are calm; The experiments I conducted in the wind tunnel will cause corresponding waves, and the three-dimensional shape of the waves is known, that is, the boundaries are known and constantly changing over time. This is our input. At time T1, I started calculating this boundary. After the next integration step, which is when updating the flow field, I also need to update its velocity field and update this boundary. The momentum changes on the interface caused by the boundary also need to be updated to calculate the surface pressure of the waves. That is to say, our input is the constantly changing liquid level of waves over time, and the output is the surface pressure of waves. I don't know if this software can achieve this. Looking forward to your reply.
My question is like this: assuming the sea level is calm and the waves are calm; The experiments I conducted in the wind tunnel will cause corresponding waves, and the three-dimensional shape of the waves is known, that is, the boundaries are known and constantly changing over time. This is our input. At time T1, I started calculating this boundary. After the next integration step, which is when updating the flow field, I also need to update its velocity field and update this boundary. The momentum changes on the interface caused by the boundary also need to be updated to calculate the surface pressure of the waves. That is to say, our input is the constantly changing liquid level of waves over time, and the output is the surface pressure of waves. I don't know if this software can achieve this. Looking forward to your reply.