Continuous Deposition of a Liquid Thread onto a Moving Substrate. Numerical Analysis and Comparison With Experiments

Keywords

Nozzle, Mechanics, Materials science, Volumetric flow rate, Thread (computing)

References

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Cited by

• The influence of inertia and contact angle on the instability of partially wetting liquid strips: A numerical analysis studySebastián Ubal, Paul Grassia, Diego M. Campana — 2014
• Liquid transfer from single cavities to rotating rollsDiego M. Campana, Márcio S. Carvalho — 2014
• Liquid Transfer in Printing Processes: Liquid Bridges with Moving Contact LinesSatish Kumar — 2015
• Three dimensional flow of liquid transfer between a cavity and a moving rollDiego M. Campana, Sebastián Ubal, Marı́a D. Giavedoni — 2016
• Stability Analysis of Printed Liquid Elbows.Kuan-Ming Huang, Tsung-Yen Tsou, Chia‐Wei Chang — 2017
• In situ characterization of low-viscosity direct ink writing: Stability, wetting, and rotational flows.Leanne Friedrich, Matthew R. Begley — 2018
• Modeling and Simulation of a Direct-Write Manufacturing ProcessJohn Cordonier — 2017
• An Unconventional Application of Direct Ink Writing: Surface Force-Driven Patterning of Low Viscosity Inks.Guy Jacob Cordonier, Konstantinos A. Sierros — 2020
• Active motion of contaminated microbubblesSebastián Ubal, Nathaniel H Brown, Jiakai Lu — 2021
• Inkjet deposition of lines onto thin moving porous media - experiments and simulationsVignesh Murali, Gianmarco Venditti, J. C. H. Zeegers — 2021
• Numerical investigation of circular pattern by continuous deposition of liquid threads onto a moving substrateShardul, Surabhi Sahney, Debabrata Dasgupta — 2025
• Modelling and Validation of a Direct-Write 3 D Printed TrackJohn F. Cordonier, D. Bhattacharyya, M. T. Arango — 2017
• Schiaffino and Sonin 16 worked with strips of molten wax deposited in a cool substrate to freeze the contact line , finding a reasonable agreement with Davis ’ s theoryS. Ubal, P. Grassia, D. M. Campana — 2014
• Contact angle and inertia effects on the instability of partially wetting liquid rivulets. Finite Element analysisS. Ubal, P. Grassia, D. M. Campana — 2014
• Ubal, Sebastián and Grassia, Paul and Campana, Diego M. and Giavedoni, Maria D. and Saita, Femando A. (2014) The influence of inertia and contact angle on the instability of partially wetting liquid strips : a numerical analysisS. Ubal, P. Grassia, D. M. Campana — 2018

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