Unfortunately, there are constraints (as posted above). I do understand that fluid motion works in a complex way, hence asking here if anyone knows of a solution that could make it translatable. We can only implement one system or the other. Thanks though!
The assumption for the rotation mixing is that the agitation rate would be high enough through swirling to mix over long periods of time as rotating does not keep particles in the same field due to the shape of the container being that of a conical flask. When placed into experimentation, the...
Something similar to this. My current situation is a mixing of fluid equivalent for a buffer where I am currently using a mixer that rotates clockwise, but want to transition to a rocker with the aforementioned constraints.
Does anyone know how to convert the parameters within constraints to equate rocking motion from fluid being mixed through consistent shaking?
What I am given:
Centrifugal Force Calculations:
mass = 0.25 kg
angular velocity = 12.57 rad/s
radius = 0.045 m
What is known about the bag of fluid on...