Discussion Closed This discussion was created more than 6 months ago and has been closed. To start a new discussion with a link back to this one, click here.
mf
Posted 2015年5月1日 GMT-4 14:54 1 Reply
Please login with a confirmed email address before reporting spam
Mf
1 Reply Last Post 2015年5月2日 GMT-4 04:34
Please login with a confirmed email address before reporting spam
Posted:
10 years ago
Hi
try a simple model from the Application library of a 2 phase flow droplet under gravity load buoyancy forces against viscosity forces, (there are a 2D model somewhere therein, then add a static magnetic field in a second study, but start one by one it's simpler.
Note that you need to couple these two physics as the magnetic field and the fluid will not couple if you do not adapt the mur of your fluids material properties, and also magnetic field action on a moving objects is really a 3D effect so align your B field accordingly to get an effect in the 2D plane if you want to really see something
--
Good luck
Ivar
try a simple model from the Application library of a 2 phase flow droplet under gravity load buoyancy forces against viscosity forces, (there are a 2D model somewhere therein, then add a static magnetic field in a second study, but start one by one it's simpler.
Note that you need to couple these two physics as the magnetic field and the fluid will not couple if you do not adapt the mur of your fluids material properties, and also magnetic field action on a moving objects is really a 3D effect so align your B field accordingly to get an effect in the 2D plane if you want to really see something
--
Good luck
Ivar