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1 to 10 of 39 Results
Python implementation of heat accumulation equations for additive manufacturing
Nov 7, 2022
Hagenlocher, Christian, 2022, "Python implementation of heat accumulation equations for additive manufacturing", https://doi.org/10.18419/darus-2609, DaRUS, V1
This is a python implementation of the heat accumulation equations, which describe the increase of the residual temperature in additive manufacturing. The Derivation of the equations is described in the related paper given below. If you run the script in the console, it creates t...
heat_accumulation_AM.py
Nov 7, 2022 - Python implementation of heat accumulation equations for additive manufacturing
Python Source Code - 10.9 KB - MD5: 8b81775ff2d408c217d897d3fc4384ae
10 kHz x-ray video of laser beam welding of copper
10 kHz x-ray video of laser beam welding of copper
May 13, 2022
Faure, Frauke; Hagenlocher, Christian; Lind, Jannik; Wagner, Jonas; Weber, Rudolf; Graf, Thomas, 2022, "10 kHz x-ray video of laser beam welding of copper", https://doi.org/10.18419/darus-2086, DaRUS, V1
At the X-ray facility at the IFSW, so far it has been possible to record videos with a framerate of 1 kHz to 3 kHz. In this setup the X-rays propagate through the workpiece and are filmed by the high-speed camera via a projection on the scintilator. Through a new sample formation...
10kHz_Video_final.avi
May 13, 2022 - 10 kHz x-ray video of laser beam welding of copper
AVI Video - 209.4 MB - MD5: d0482e7d7e3fd17c598a5f853706ea3d
10 kHz X-ray video of laser beam welding process of copper.
Titelbild_10kHz_Video.jpg
Titelbild_10kHz_Video.jpg
May 13, 2022 - 10 kHz x-ray video of laser beam welding of copper
JPEG Image - 37.6 KB - MD5: 8ba143f9cf36c0f28f761b2e8486f9e3
Additional explanation to the 10 kHz x-ray video.
Infrared imaging of laser based direct energy deposition of AlMg5 wire
Infrared imaging of laser based direct energy deposition of AlMg5 wire
Jan 3, 2022
Hagenlocher, Christian; Boley, Steffen, 2022, "Infrared imaging of laser based direct energy deposition of AlMg5 wire", https://doi.org/10.18419/darus-2242, DaRUS, V1, UNF:6:hJjhqJEMD0Y6k8xQqETXMw== [fileUNF]
The data shows temperature fields, which were recorded during laser-based direct energy deposition of AlMg5 wires by means of infrared imaging. All captured temperature fields are given as sequences of csv data. Each frame of the acquired image sequences is represented by its ind...
843_Overlay001.tif
843_Overlay001.tif
Jan 3, 2022 - Infrared imaging of laser based direct energy deposition of AlMg5 wire
TIFF Image - 1.2 GB - MD5: 38b88dcddc6fc8e951826684b88613f3
843_seq_0_635.avi
Jan 3, 2022 - Infrared imaging of laser based direct energy deposition of AlMg5 wire
AVI Video - 4.5 GB - MD5: 79a0c259ef6b57d6fe055b42a11e7dc3
843_x25_Z0-2.TIF
843_x25_Z0-2.TIF
Jan 3, 2022 - Infrared imaging of laser based direct energy deposition of AlMg5 wire
TIFF Image - 3.6 MB - MD5: 16b8e10a91682225e5a19ab3d508afa2
843_x25_Z0.TIF
843_x25_Z0.TIF
Jan 3, 2022 - Infrared imaging of laser based direct energy deposition of AlMg5 wire
TIFF Image - 3.6 MB - MD5: f50b7fd027e10de5559e365c6a317213
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