• Melt Pool Feature Extraction, Spatial Registration, and Layer-To-Layer Control in Powder Bed Fusion 

  Park, Bumsoo; Wang, Xin; Mishra, Sandipan; Bristow, Douglas; Landers, Robert (2022)

  Laser Powder Bed Fusion (LPBF) is a well-known additive manufacturing technique that uses a high- power laser to fuse loose metal powder into a solid part. A major issue restricting this technology from wider industrial ...
• Laser Line Profile Scanning for Powder Bed Topography Measurement 

  Berez, Jaime; Saldaña, Christopher (2022)

  The metal additive manufacturing (AM) method of laser powder bed fusion (LPBF) relies upon the formation of uniform, densely packed, and defect free powder layers. The direct measurement of as-spread powder layer quality ...
• Influence of layer thickness and nozzle temperature on the interlocking adhesion strength of additive manufactured multi-material interface 

  Xue, Fangkai; Boudaoud, Hakim; Robin, Guillaume; Cruz Sanchez, Fabio A.; Daya, El Mostafa (2022)

  Achieving adequate adhesion strength at multi-material interfaces is always a challenge in material extrusion additive manufacturing (MEAM), especially when the materials have very different chemical affinities. This ...
• Investigating the Relationship Between In-Process Quality Metrics and Mechanical Response in the L-PBF Process 

  Sampson, Bradley J.; Morgan-Barnes, Courtney; Stokes, Ryan; Doude, Haley; Priddy, Matthew W. (2022)

  Laser powder bed fusion (L-PBF) additive manufacturing is a process that utilizes a high- powered laser to build near net-shaped parts in a layer-by-layer fashion using metal powder as the feedstock material. Traditionally, ...
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  What’s so Funny about Rome? A Look into Western Satirical Depictions of Ancient Rome 

  Tidwell, Ryan (2022)

  In this paper, I am delving into how A Funny Thing Happened on the Way to the Forum (1966), Fellini Satyricon (1971), Monty Python’s: Life of Brian (1979) and & “I, Carambus” from The Simpsons (2020), changed the western ...

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