1. POROSITY DETECTION AND ANALYSIS USING MATLAB OF THIN-WALLED STRUCTURES FABRICATED USING POWDER BED FUSION AT DIFFERENT ANGLES WITH RESPECT TO THE RECOATER BLADE Open Access Author: Dolack, Matthew Edward Title: POROSITY DETECTION AND ANALYSIS USING MATLAB OF THIN-WALLED STRUCTURES FABRICATED USING POWDER BED FUSION AT DIFFERENT ANGLES WITH RESPECT TO THE RECOATER BLADE Area of Honors: Mechanical Engineering Keywords: Additive ManufacturingPowder Bed FusionPorosityDefect DetectionPart Fabrication AngleRecoater Blade File: Download Matthew_Edward_Dolack_-_SHC_Thesis_Spring_2017.pdf Thesis Supervisors: Timothy William Simpson, Thesis SupervisorDr. Sean N Brennan, Honors Advisor
2. THE MODELING, FABRICATION, AND TESTING OF A METAL 3D PRINTED GOLF CLUB DRIVER USING 3D SCANNING TECHNIQUES AND POWDER BED FUSION Open Access Author: Goyal, Suryan Prakash Title: THE MODELING, FABRICATION, AND TESTING OF A METAL 3D PRINTED GOLF CLUB DRIVER USING 3D SCANNING TECHNIQUES AND POWDER BED FUSION Area of Honors: Mechanical Engineering Keywords: 3D printingGolfSportsPowder Bed FusionCADPrototypingAdditive ManufacturingManufacturingCallawayGolf ClubsTitaniumMetal Additive Manufacturing File: Download Goyal_Suryan_Thesis.pdf Thesis Supervisors: Timothy William Simpson, Thesis SupervisorDr. Sean N Brennan, Honors Advisor
3. Discrete Element Method (DEM) Model Calibration Techniques for Additive Manufacturing Open Access Author: Meihofer, Kristen Nicole Title: Discrete Element Method (DEM) Model Calibration Techniques for Additive Manufacturing Area of Honors: Industrial Engineering Keywords: Additive ManufacturingPowder Bed FusionCalibrationDiscrete Element MethodDEMDesign of ExperimentsAngle of ReposeShear ModulusScaling File: Download Meihofer_Thesis_Final.pdf Thesis Supervisors: Sanjay Joshi, Thesis SupervisorDr. Catherine Mary Harmonosky, Honors Advisor
4. Build Time and Cost Estimation of Laser Powder Bed Fusion Processes for Metal Additive Manufacturing Open Access Author: Midea, Matthew Title: Build Time and Cost Estimation of Laser Powder Bed Fusion Processes for Metal Additive Manufacturing Area of Honors: Mechanical Engineering Keywords: 3D PrintingMetaldirect metal laser sinteringadditive manufacturingPowder Bed FusionModelcost File: Download Midea_Thesis_Final.pdf Thesis Supervisors: Timothy W. Simpson, Thesis SupervisorAnne Elizabeth Martin, Honors Advisor
