Simulate the motion of the hydraulic valves using Ansys dynamic mesh
Budget: $10 – $30 USD
"Must have Ansys fluent and Microsoft visual studio installed"
I have the geometry and I already ran the model and get partially-right results, but in order for the model to be accurate, I need to decrease the mesh size, resulting in having nearly 100 million elements.
I ran 25 million elements on dynamic mesh (13 steps, with 100 iterations/step) with 16 cores processor, and 32 GB ram, and it took 25 hours and 60 Gigpyte storage
So I think I need someone who has a PC which has at least quadrable my computer capabilities.
The reason for decreasing the mesh size is that I want to model the flow while the valve is nearly closed, the flow rate will be 0.05 LPM when closing and 1 LPM when opening
I have the geometry and I already ran the model and get partially-right results, but in order for the model to be accurate, I need to decrease the mesh size, resulting in having nearly 100 million elements.
I ran 25 million elements on dynamic mesh (13 steps, with 100 iterations/step) with 16 cores processor, and 32 GB ram, and it took 25 hours and 60 Gigpyte storage
So I think I need someone who has a PC which has at least quadrable my computer capabilities.
The reason for decreasing the mesh size is that I want to model the flow while the valve is nearly closed, the flow rate will be 0.05 LPM when closing and 1 LPM when opening