Projekte
- Aufbau eines Bearbeitungszentrums zum 3D-Laserpulverauftragschweißen, Prof. Dr. Knut Partes (Projektleiter/-in), 2018 bis 2020
- Fachbereich Ingenieurwissenschaften
- Professor_in
- Professoren
- Wilhelmshaven
Prof. Dr. Knut Partes
E-Mail: knut.partes@jade-hs.de
Tel.: +49 4421 985-2264
Publikationen
- Additive manufacturing
- Prediction of Preheating Temperatures for S690QL High Strength Steel Using FEM-Simulation for High Power Laser Welding, Lasers in manufacturing and materials processing, 2020, S. 177–189
- Relating melt mixing, dilution and vapor emissions during directed energy deposition, Optics & laser technology, 2025
- Robotergeführtes Laserstrahlpulverauftragschweißen - Einfluss der Bearbeitungsstrategien auf die Bauteilgeometrie
- Spectral Visualization of Alloy Reactions during Laser Melting, Alloys, 2023, S. 140–147
- Surface coating
- Thin nanocrystalline diamond films deposited by LaPlas-CVD at atmospheric pressure, Production engineering : research and development, 2010, S. 9–14
- Life Cycle Assessment of Combined Additive and Subtractive Process Chains
- Life cycle assessment of the influence of process parameter variations in turning processes
- Monitoring the degree of dilution during directed energy deposition of aluminum bronze and H13 tool steel using optical emission spectroscopy, Journal of laser applications, 2023
- Laser cladding with combined NIR and blue diode laser including in-line atomic emission spectroscopy, Lasers in manufacturing and materials processing, 2023, S. 26–26
- An approach to calculate fatigue properties of laser cladded components, Production engineering : research and development, 2012, S. 137–148
- Arbeitsraumsimulation für kollaborierende Roboter, Zeitschrift für wirtschaftlichen Fabrikbetrieb, 2021, S. 16–20
- Dilution monitoring using inline optical emission spectroscopy during Directed Energy Deposition process of aluminium bronze
- Influence of robot-guide strategies on the geometry of directed energy deposition components, Journal of laser applications, 2024
- In-Line Observation of Laser Cladding Processes via Atomic Emission Spectroscopy, Materials, 2021
- In-situ formation of titanium boride and titanium carbide by selective laser melting, Physics procedia, 2012, S. 432–438
- Investigation of direct metal deposition processes using high-resolution in-line atomic emission spectroscopy, Journal of thermal spray technology, 2023, S. 586–598
- Investigation on Laser Cladding Processes Using High-Resolution In-Line Atomic Emission Spectroscopy
- Process Optimization in Robotic Laser Powder Directed Energy Deposition by Real-Time EMI Spectrum Analysis
Preise
- Jade Lehrpreis (2020)
Lehrpreis