Here is the idea. An ink well has a viscous fluid (in my case, silicone based) and a problem occurs when the heavier particles settle to the bottom of the ink well. The inkwell is made of two layers, the foremost is a thin stainless steel layer while the latter is a polypropylene based paper. I came up with an idea to use resistive coils to generate and transfer heat through the inkwell into the fluid, to cause the fluid at surface contact to become heated and thus expand. This would, in my mind, create a flow of fluid which would prevent the particles from settling to the bottom.
The problem is I dont know what the conductive heat transfer coefficient of the ink well and I dont know the specific heat of the silicone based fluid.
Other than that, is it conceivable that something like this would work? Or is silicone very difficult to excite?
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