a water drop simulation in ANSYS FLUENT
Budget: $10 – $30 USD
Hi,
A drop of water which is a sphere 1mm in diameter experience in its surface the following closed form expressions for the velocities components in cartesian coordinates:
Ux=sin(arctan(x/y))*cos(arctan(x/y))*cos(arctan(z/x))*0.001[m/sec]
Uy=(-sin((arctan(x/y)))^2)*0.001 [m/sec]
Uz=(sin((arctan(x/y)))^2)*sin(arctan(z/x))*0.001 [m/sec]
deliverables:
1. the model project files working.
2. the flow field (vector plot) inside the drop.
3. a document that explaining what you did.
Thanks
A drop of water which is a sphere 1mm in diameter experience in its surface the following closed form expressions for the velocities components in cartesian coordinates:
Ux=sin(arctan(x/y))*cos(arctan(x/y))*cos(arctan(z/x))*0.001[m/sec]
Uy=(-sin((arctan(x/y)))^2)*0.001 [m/sec]
Uz=(sin((arctan(x/y)))^2)*sin(arctan(z/x))*0.001 [m/sec]
deliverables:
1. the model project files working.
2. the flow field (vector plot) inside the drop.
3. a document that explaining what you did.
Thanks