Why the velocity profile for the inlet condition instead of a normal velocity? Would you still get vortex shedding along the broadside of the object with a constant inlet velocity?
@JamesUWA the velocity profile is taken from the DIN 1055-4.
It was part of the thesis to verify rules of this DIN.
I'm sure you would get the vortex shedding with a constant velocity too. The vortex shedding happens just at the begin of the simulation. After some seconds there is no vortex shedding anymore and the flow pattern is stable.
do you know where i could get tutorials on how to simulate fluids with ansys? i want to test a boat hull in water condition.... but don't really know how yet
Very nice!
Why the velocity profile for the inlet condition instead of a normal velocity? Would you still get vortex shedding along the broadside of the object with a constant inlet velocity?
Cheers
JamesUWA 10 months ago
@JamesUWA the velocity profile is taken from the DIN 1055-4.
It was part of the thesis to verify rules of this DIN.
I'm sure you would get the vortex shedding with a constant velocity too. The vortex shedding happens just at the begin of the simulation. After some seconds there is no vortex shedding anymore and the flow pattern is stable.
term1978 10 months ago
study the comprehensive ansys help. there are a lot of tutorials.
term1978 2 years ago
do you know where i could get tutorials on how to simulate fluids with ansys? i want to test a boat hull in water condition.... but don't really know how yet
JacquesMichelHache 2 years ago
can you explain a little more exactly what you mean, pls?
term1978 3 years ago