Stokesian Dynamic Simulation of Pigment Flow in Ink Jet Printer Nozzle 


Vol. 7,  No. 3, pp. 169-178, Sep.  2001


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  Abstract

Textile printing prints around twenty bilion linear meters of textile each year. Rotary and flat bed screen printing requires pre and post treatments, leading to the loss of dyes and the environmental problems due to effluents. Digital ink jet printing can offer a solution to the existing problems, especially the environmental problems, in addition to its flexibility. Pigments are used as a dispersion inks in the digital inkjet textile printing. Molecular dynamic simulation like Stokesian dynamic simulation was employed to simulate the behavior of pigments and velocity distribution under the pressure driven flow in the printer nozzle. The simulation shows that the particle distribution in the flow are uniform if particle volume fraction is low, the ratio of nozzle and particle diameter is large, and the dimensionless average suspension velocity is low.

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  Cite this article

[IEEE Style]

K. YD, L. MS, C. CN, L. KY, "Stokesian Dynamic Simulation of Pigment Flow in Ink Jet Printer Nozzle," Clean Technology, vol. 7, no. 3, pp. 169-178, 2001. DOI: .

[ACM Style]

Kim YD, Lee MS, Choi CN, and Lee KY. 2001. Stokesian Dynamic Simulation of Pigment Flow in Ink Jet Printer Nozzle. Clean Technology, 7, 3, (2001), 169-178. DOI: .

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