Digital Twin in Metal Additive Manufacturing: Synchronization and Automation in Process Monitoring
- Institut
- Professur für Laserbasierte Additive Fertigung
- Typ
- Bachelorarbeit Semesterarbeit Masterarbeit
- Inhalt
- experimentell konstruktiv
- Beschreibung
Initial Situation:
The Professorship for Laser-based Additive Manufacturing is researching innovative concepts in Laser-based Powder Bed Fusion of Metals (PBF-LB/M), an additive manufacturing process that creates components by successively melting metal powders in layers with a laser.
The EU research project InShaPe, within the framework of which this work is being carried out, focuses on establishing a "first-time-right PBF-LB/M" process that will make additive manufacturing with metals significantly faster, cheaper, and more sustainable. This is achieved through two innovations: an AI-based beam shaping module that enables the adjustment of the intensity distribution of the laser beam, and a multispectral camera for process monitoring.
Aim and Content of the Work:
The main objective of this thesis is to synchronize multispectral imaging (MSI) data with process information, automate the monitoring system, and develop a digital twin—a comprehensive 3D representation of the process incorporating temperature data. The work will involve devising a conceptual framework and implementing programming solutions to link melt pool images accurately to the process, utilizing advanced temperature calculation algorithms.
As part of this thesis, you will collaborate with a highly motivated team on a unique and innovative system concept with strong industrial relevance and diverse challenges.
Thesis Work Packages (WP):
WP1: Literature review of AM process monitoring and process automation.
WP2: Refine the current framework of synchronization.
WP3: Implement and validate the synchronization of MSI data with the PBF-LB/M process
WP4: Develop an automated software package for process monitoring
WP5: Create a digital twin to visualize the synchronized process data, including 3d information and temperature mapping.
WP6: Discussion and documentation.- Voraussetzungen
Requirements / Application documents
- Programming skills and data management.- Communication and problem solving abilities.
- A keen inclination towards experimental design and an analytical approach to research.
- A willingness to spearhead AM experiments.
Please send your application with your CV, a brief motivation letter and a current transcript of grades to:
Contact
Ruihang Dai, M.Sc.
ruihang.daitum.de- Möglicher Beginn
- sofort
- Kontakt
-
Ruihang Dai
Raum: 5501.02.134
ruihang.daitum.de - Ausschreibung
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