Innovative and Cognitive Production Technology and Systems, 16 - 18 July 2025
Home2021 Machine Tools & Anomaly DetectionSimulation-based analysis of the propagation behaviour of vibrations generated by reconstruction measures in production environments
Simulation-based analysis of the propagation behaviour of vibrations generated by reconstruction measures in production environments
Hi Eva,
thank you for your interesting presentation on the simulation-based study of vibrations propagation due to building processes. Are you also going to measure the impact of such vibrations on the final part quality? If the part quality in presence of vibrations is unacceptable, does it suggest that a stronger isolation of the machine is required?
Thank you!
Thank you for enjoying our presentation. You are right, we would like to extend the research in this area in a next step and look at your influence on the additive manufacturing process, as well as draw comparisons to processes without vibration superposition. The achievable component quality in the SLM process is a key factor here, as process degenerations should be avoided due to the high process costs and production times. Two approaches would be conceivable to reduce the vibrations acting on the process. On the one hand, a better decoupling of the machine can be useful. On the other hand, problematic processes, such as the construction processes investigated in this study, can be planned in a more optimized way without taking into account the effects on the adjacent production. I hope that I have been able to answer your question.
Hi Eva,
thank you for your interesting presentation on the simulation-based study of vibrations propagation due to building processes. Are you also going to measure the impact of such vibrations on the final part quality? If the part quality in presence of vibrations is unacceptable, does it suggest that a stronger isolation of the machine is required?
Thank you!
Thank you for enjoying our presentation. You are right, we would like to extend the research in this area in a next step and look at your influence on the additive manufacturing process, as well as draw comparisons to processes without vibration superposition. The achievable component quality in the SLM process is a key factor here, as process degenerations should be avoided due to the high process costs and production times. Two approaches would be conceivable to reduce the vibrations acting on the process. On the one hand, a better decoupling of the machine can be useful. On the other hand, problematic processes, such as the construction processes investigated in this study, can be planned in a more optimized way without taking into account the effects on the adjacent production. I hope that I have been able to answer your question.
Dear Eva, thank you for your detailed response. I look forward to collaborating with you on the future developments of this research work!