1. CHARACTERIZING EMISSIONS FROM DESKTOP 3D PRINTERS: STUDYING THEIR HEALTH EFFECTS AND VALIDATING SOLUTIONS Open Access Author: Mcdonnell, William Brian Title: CHARACTERIZING EMISSIONS FROM DESKTOP 3D PRINTERS: STUDYING THEIR HEALTH EFFECTS AND VALIDATING SOLUTIONS Area of Honors: Mechanical Engineering Keywords: 3D Printingemissionshealthfine particlesvolatile organic compoundsmetaladditive manufacturing File: Download McDonnell_William_Characterizing_Emissions_From_Desktop_3D_Printers.pdf Thesis Supervisors: Timothy William Simpson, Thesis SupervisorZoubeida Ounaies, Thesis Honors Advisor
2. 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
3. COMPARATIVE ASSESSMENT OF COLD SPRAY, LASER ASSISTED COLD SPRAY, AND DIRECT METAL LASER SINTERING OF TI-6AL-4V Open Access Author: Trowbridge, Michael J Title: COMPARATIVE ASSESSMENT OF COLD SPRAY, LASER ASSISTED COLD SPRAY, AND DIRECT METAL LASER SINTERING OF TI-6AL-4V Area of Honors: Interdisciplinary in Engineering Science and Mechanical Engineering Keywords: cold spraylaser-assisted cold spraydirect metal laser sinteringselective metal sinteringtitaniumTi-6Al-4Vadditive manufacturingcharacterizationporositymicrostructurehardness File: Download COMPARATIVE_ASSESSMENT_OF_COLD_SPRAY__LASER-ASSISTED_COLD_SPRAY__AND_DIRECT_METAL_LASER_SINTERING_OF_TI-6AL-4V.pdf Thesis Supervisors: Timothy Eden, Thesis SupervisorDr. Sean N Brennan, Thesis Honors AdvisorTimothy William Simpson, Thesis Supervisor
4. 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
