It is known that altering different processing parameters will yield completely different results in additive manufacturing. Some of the most common ones to alter to increase material quality or to increase productivity are laser power, hatch distance, layer thickness and scan speed. These parameters directly affect the material quality and are well understood. This study investigates how the process for additive manufacturing is being affected by the more unexplored minor process parameters stripe width, stripe overlap, and gas flow, with a goal to increase to knowledge of the process stability in additive manufacturing. Density measurements and investigations in optical tomography were made to determine the minor process parameters effect...
The rise in popularity of Additive Manufacturing technologies and their increased adoption for manuf...
The metal powder used during the Laser Powder Bed Fusion (L-PBF) process is usually cycled for reuse...
AbstractPowder bed fusion is a laser additive manufacturing (LAM) technology which is used to manufa...
Production by Additive Manufacturing creates opportunities to make customized products in small batc...
Additive manufacturing (AM) is a quickly rising method of manufacturing due to its ability to increa...
This thesis focuses on the topic of PBF-LB applied to titanium alloys. Of allalloys, an α + β is cho...
Background: Additive manufacturing has recently gained cogency as a final part manufacturing techniq...
Using the additive manufacturing process Laser Powder Bed Fusion (L-PBF), workpieces with an almost ...
Additive manufacturing technologies are becoming more popular, as they allow the fabrication of spec...
Additive Manufacturing (AM) is being embraced at a rapid rate, mainly due to its advantages over con...
Long computation times are a major obstacle for the application of in-situ monitoring in additive ma...
The typical surface topography of parts produced by additive manufacturing differs from those produc...
Laser powder bed fusion additive manufacturing consists of a process that incorporates many process ...
The powder bed laser melting process is an additive manufacturing process where each layer is produc...
In recent years, metal additive manufacturing has undergone a huge paradigm shift from prototyping t...
The rise in popularity of Additive Manufacturing technologies and their increased adoption for manuf...
The metal powder used during the Laser Powder Bed Fusion (L-PBF) process is usually cycled for reuse...
AbstractPowder bed fusion is a laser additive manufacturing (LAM) technology which is used to manufa...
Production by Additive Manufacturing creates opportunities to make customized products in small batc...
Additive manufacturing (AM) is a quickly rising method of manufacturing due to its ability to increa...
This thesis focuses on the topic of PBF-LB applied to titanium alloys. Of allalloys, an α + β is cho...
Background: Additive manufacturing has recently gained cogency as a final part manufacturing techniq...
Using the additive manufacturing process Laser Powder Bed Fusion (L-PBF), workpieces with an almost ...
Additive manufacturing technologies are becoming more popular, as they allow the fabrication of spec...
Additive Manufacturing (AM) is being embraced at a rapid rate, mainly due to its advantages over con...
Long computation times are a major obstacle for the application of in-situ monitoring in additive ma...
The typical surface topography of parts produced by additive manufacturing differs from those produc...
Laser powder bed fusion additive manufacturing consists of a process that incorporates many process ...
The powder bed laser melting process is an additive manufacturing process where each layer is produc...
In recent years, metal additive manufacturing has undergone a huge paradigm shift from prototyping t...
The rise in popularity of Additive Manufacturing technologies and their increased adoption for manuf...
The metal powder used during the Laser Powder Bed Fusion (L-PBF) process is usually cycled for reuse...
AbstractPowder bed fusion is a laser additive manufacturing (LAM) technology which is used to manufa...