30 May 2022 to 2 June 2022
Asia/Dubai timezone

Print Quality and Particles: pore-scale simulations of particles/liquid interaction with printing substrate

31 May 2022, 15:20
1h 10m
Poster Presentation (MS16) Fluid Interactions with Thin Porous Media Poster

Speaker

Hamed Aslannejad (Utrecht University)

Description

Application of inkjet printing as a versatile technique has gain a great attention during last decade. Not only in paper printing industry but also in pharmaceuticals, electronics, sensors, etc. In order to deliver the highest print quality possible, the droplet landing, distribution and penetration into the media needs to be well controlled. In this paper, we studied the ink, containing liquid phase but also the Latex particles, and the coated media interaction during printing process. Pore-scale two-phase flow simulation was conducted to evaluate the liquid-phase of ink infiltration into the media. While DEM was used to simulate particle-particle and particle-media interactions. The results of model provide a unique overview about pore-scale detailed phenomena happening during ink droplet landing on the coated media.

Participation In person
Country Netherlands
MDPI Energies Student Poster Award Yes, I would like to submit this presentation into the student poster award.
Time Block Preference Time Block A (09:00-12:00 CET)
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Primary authors

Hamed Aslannejad (Utrecht University) Amir Raoof (Utrecht University)

Presentation materials

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