PLOG-DISSERTATION-2022.pdf (6.06 MB)
Electrowetting and Electrostatic Forces: Elucidation and Advancements for 3D Printing Applications
thesis
posted on 2022-12-01, 00:00 authored by Jevon Diesel PlogThis thesis is devoted to the experimental and theoretical study of two phenomena, electrowetting and electrohydrodynamics, and their application to an additive manufacturing technique named Direct Ink Writing (DIW). Specifically, the work describes six individual topics exploring these applications and elucidating the significant beneficial gains for practical 3D printing or DIW applications. From the beginning, it is essential to note that DIW comprises two distinct subcategories. These subcategories are classified by their dispensing form, divided into either droplet-based (3D printing) or filament-based (continuous jet) extrusion, with both being examined in detail, having in mind the application of the electric forces.
History
Advisor
Yarin, Alexander L.Chair
Yarin, Alexander L.Department
Mechanical and Industrial EngineeringDegree Grantor
University of Illinois at ChicagoDegree Level
- Doctoral
Degree name
PhD, Doctor of PhilosophyCommittee Member
Pan, Yayue Sinha-Ray, Suman S Comiskey, Patrick Feinerman, AlanSubmitted date
December 2022Thesis type
application/pdfLanguage
- en