Thanks for your reply, I think it is incorrect though. One thing I am sure of is that the diameter is the droplet diameter. I am unsure of what the density should be (liquid droplet's density or that of the gas surrounding it). I have seen some research papers in which scholars have used both...
The weber number equals to density x velocity^2 x diameter/surface tension. Could someone please tell if this density is of the droplet or the fluid surrounding the droplet. Also what is the unit of the surface tension in this calculation?
Thanks
Hey Thanks for your reply.
I just called it a turbine blade to make it easier for others to understand, it is actually a wet scrubber and water will flow down the turbine shape (scubber vanes) so they need to follow the circular path to make the water coming from the top follow the scrubber...
I am trying to make a turbine blade in which the blade edge follows a circular path. I have tried adding guide curves but it still makes a straight line instead of a curve for the edge. Attached is a .png file for what shape i want and what solidworks is giving me and also a solidworks part...
