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1	Ensemble Modelling of in situ Feature Variables for Printed Electronics Manufacturing with in situ Process Control Potential Mohan, Karuniya 10 March 2017 (has links) Aerosol Jet® Printing (AJP) is a direct-write based additive manufacturing process that is capable of printing electronics with fine features and various materials. It eliminates the complex masking process in traditional semiconductor manufacturing, thus enables flexible electronics design and reduces manufacturing cost. However, the quality control of AJP processes is still a challenging problem, primarily due to the lack of understanding of the potential root causes of the quality issues. There is a complex interaction among process setting variables, in situ feature variables, and quality variables in AJP processes. In this research, an ensemble model strategy is proposed to quantify the effect of the process setting variables on the in situ feature variables, and the effect of the in situ feature variables on quality variables in a two-level hierarchical way. By identifying significant in situ feature variables as responses for the process setting variables, as well as predictors for product quality in a joint estimation problem, the proposed models have a hierarchical variable relationship to enable in situ process control for variation reduction and defect mitigation. A real case study is investigated to demonstrate the advantages of the proposed method. / Master of Science Aerosol Jet® Printing Microscopic Images Printed Electronics Process Model Quality
2	Development of zinc oxide based flexible electronics Winarski, David J. 06 August 2019 (has links) No description available. Physics zinc oxide IGZO degenerate semiconductor flexible electronics additive manufacturing aerosol jet printing inkjet printing photoconductivity
3	Study on Additively Manufactured Antennas for Wearables and Bio-medical Applications Lamsal, Sanjee 03 May 2023 (has links) No description available. Materials Science Electromagnetics Electrical Engineering Additive Manufacturing Aerosol Jet Printing AJP Screen Printing Antennas
4	Direct Ink Write Processing of Signal Crossovers Using Aerosol Jet Printing Method Clark, Lucas A. 18 May 2023 (has links) No description available. Electrical Engineering Materials Science Engineering Additive manufacturing Norland Electronic Adhesive NEA benzocyclobutene BCB signal crossovers crossover radio frequency RF direct current DC dielectric ink conductive ink aerosol jet printing aerosol direct write scattering parameters

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