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These numerical simulations predicted no significant jet breakup in the region of interest, but did show surface and shape deformation that may end up determining the minimum standoff distance between jets and driver beams.
Printing at a shorter standoff distance than the minimum standoff distance degrades the quality of the printing result.
Thus, we analyzed the minimum standoff distance of our system for the various liquids examined (Fig. 7).
The minimum standoff distance was in the range 1.09 3.51 mm and depended on the viscosity of the printing liquids.
The minimum standoff distance is defined as the distance at which a stretched liquid from the nozzle merges into a single droplet with satellite droplets.
For analyzing printing characteristics, the dependence of the printing volume, minimum standoff distance, and maximum printing frequency on the liquid viscosity was examined.
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Fig. 7 Variation of the measured minimum standoff distances to form a droplet with glycerol concentration.
The two components barriers and bollards are typically used to know a minimum vehicular standoff distance.
The experimental optimal standoff distance is 12 mm.
The coating was produced at 130 mm standoff distance.
Our primary defense against collisions was our long standoff distance - over a meter.
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