Thesis topics
Automated toolpath generation for multi-axis 3D printing
title
Automated toolpath generation for multi-axis 3D printing
institution
doctoral_school
supervisor
discipline
description
Most additive manufacturing processes are currently implemented with a 2.5-axis motion ratio, creating part layer by layer. At the same time, creating a multi-axis (e.g. 5-axis) motion relationship can increase efficiency in many matters. Support is required for overhangs that can be avoided, which also reduces the necessary follow-up work. With this technology, in some cases, the stepped design of the surface can also be avoided. Furthermore, mechanical anisotropy can also be changed for greater strength.
However, to achieve the previous goals, it is necessary to create a trajectory generation algorithm that can take these aspects into account. Due to the maintenance of automation typical for 3D printing, the generation of the 5-axis movement path must also be done automatically. A further requirement regarding the created solution is that it can be adapted to printers of different designs.
Current devices: 3D printers, experimental 5-axis FDM printer, 6-axis welding robot
Relevant literature: https://doi.org/10.3390/app11114825
https://doi.org/10.1016/j.matdes.2024.112860
However, to achieve the previous goals, it is necessary to create a trajectory generation algorithm that can take these aspects into account. Due to the maintenance of automation typical for 3D printing, the generation of the 5-axis movement path must also be done automatically. A further requirement regarding the created solution is that it can be adapted to printers of different designs.
Current devices: 3D printers, experimental 5-axis FDM printer, 6-axis welding robot
Relevant literature: https://doi.org/10.3390/app11114825
https://doi.org/10.1016/j.matdes.2024.112860
student count limit
2
location
English
deadline
2026-05-31