1. Impact of Printing Process on Part Quality in Additive Manufacturing Open Access Author: De Kunder, Ella Title: Impact of Printing Process on Part Quality in Additive Manufacturing Area of Honors: Mechanical Engineering Keywords: Additive ManufacturingFDMSLASpur Gear File: Download DeKunder_Thesis_Official.pdf Thesis Supervisors: Amrita Basak, Thesis SupervisorMargaret Louise Byron, Thesis Honors Advisor
2. 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
3. Correlating Local and Global Tensile Deformation Behavior of AlSi10Mg Specimens Fabricated Via Laser Powder Bed Fusion Open Access Author: Fronk, Caleb Title: Correlating Local and Global Tensile Deformation Behavior of AlSi10Mg Specimens Fabricated Via Laser Powder Bed Fusion Area of Honors: Mechanical Engineering Keywords: Additive ManufacturingStrain GaugesLaser Powder Bed FusionDamage DetectionStrain File: Download Thesis_Final_Draft.pdf Thesis Supervisors: Amrita Basak, Thesis SupervisorBo Cheng, Thesis Honors Advisor
4. Investigation of the Printability and Curing of Barium Titanate Composites with Direct Ink Writing Open Access Author: Karekatte, Rishabh Title: Investigation of the Printability and Curing of Barium Titanate Composites with Direct Ink Writing Area of Honors: Mechanical Engineering Keywords: Barium Titanate3D PrintingDirect Ink WritingPolymer-Ceramic CompositesCeramicsPolymersPrintabilityCurability File: Download Karekatte_Rishabh_Schreyer_Thesis.pdf Thesis Supervisors: Zoubeida Ounaies, Thesis SupervisorBo Cheng, Thesis Honors AdvisorAmrita Basak, Thesis SupervisorAmira Barhoumi Meddeb, Thesis Supervisor
5. Tensile Behavior of Triply Periodic Minimal Surface Lattices as Infill for Additively Manufactured Polylactic Acid Open Access Author: Campbell, Jaron Title: Tensile Behavior of Triply Periodic Minimal Surface Lattices as Infill for Additively Manufactured Polylactic Acid Area of Honors: Mechanical Engineering Keywords: Additive Manufacturing3D PrintingInfillTPMSTriply Periodic Minimal SurfaceFused Filament FabricationAnisotropyTensile File: Download Campbell_Thesis_Final_Draft.pdf Thesis Supervisors: Amrita Basak, Thesis SupervisorMargaret Louise Byron, Thesis Honors Advisor
