1. EFFECTS OF EXTRUSION TEMPERATURE AND PRINTER NOZZLE SPEED ON THE TENSILE PROPERTIES OF 3D PRINTED POLYLACTIC ACID Open Access Author: Walsh, Alexander Pachelbel Title: EFFECTS OF EXTRUSION TEMPERATURE AND PRINTER NOZZLE SPEED ON THE TENSILE PROPERTIES OF 3D PRINTED POLYLACTIC ACID Area of Honors: Mechanical Engineering Keywords: 3D printingtensilematerial propertiesfused deposition modelingpolylactic acidadditive manufacturing File: Download Walsh_Alexander_3DPrintedProperties.pdf Thesis Supervisors: Timothy William Simpson, Thesis SupervisorDr. Sean N Brennan, Thesis Honors Advisor
2. MAKING AN AFFORDABLE CERAMIC POWDER 3D PRINTER FOR CREATING CERAMIC ART Open Access Author: Lewicki, Dimitri Stephan Title: MAKING AN AFFORDABLE CERAMIC POWDER 3D PRINTER FOR CREATING CERAMIC ART Area of Honors: Mechanical Engineering Keywords: 3D printingadditive manufacturingbinder jettingopen sourceceramicsclayinkjet File: Download UndergradThesis_DimitriLewicki.pdf Thesis Supervisors: Timothy William Simpson, Thesis SupervisorDr. Sean N Brennan, Thesis Honors Advisor
3. Development of a 3D Printer Designed for use in Humanitarian Crises Open Access Author: Przyjemski, Andrew Title: Development of a 3D Printer Designed for use in Humanitarian Crises Area of Honors: Engineering Science Keywords: 3D Printer3D printingadditive manufacturingHumanitarianNGODisaster Relief File: Download Przyjemski_Thesis.pdf Thesis Supervisors: John Gershenson, Thesis SupervisorOsama O Awadelkarim, Thesis Honors Advisor
4. Additive Manufacturing of a Magneto-Active Resch Hexaflexagon Origami Pattern Open Access Author: Bergen, Christian Title: Additive Manufacturing of a Magneto-Active Resch Hexaflexagon Origami Pattern Area of Honors: Engineering Science Keywords: Origami3D printingadditive manufacturingReschmagneto-activeorigami engineeringself foldinghexaflexagonenergy File: Download ChristianBergen-Thesis-Schreyer.pdf Thesis Supervisors: Paris R Vonlockette, Thesis SupervisorAkhlesh Lakhtakia, Thesis Honors Advisor
5. Direct Ink Writing of Ethyl Cellulose and Its Composites Open Access Author: Reinert, Tyler Title: Direct Ink Writing of Ethyl Cellulose and Its Composites Area of Honors: Mechanical Engineering Keywords: Ethyl CelluloseBiopolymer3D printingbiopolymer printingadditive manufacturingEC File: Download Reinert_Tyler_Schreyer_Thesis_Final_Draft.pdf Thesis Supervisors: Zoubeida Ounaies, Thesis SupervisorMargaret Louise Byron, Thesis Honors AdvisorAmrita Basak, Thesis Supervisor
