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Apr 02, 2025; Defence

Dissertation on the topic of "Kompatibilitätsunter­suchungen zur Co-Sinterung von Li1.3Al0.3Ti1.7(PO4)3 Festelektrolyten und kommerziellen Kathodenaktivmateri­alien für Lithium-Festkörperbatterien" by M.Sc. Jean Philippe Beaupain

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Sc. Jean Philippe Beaupain
Start and end time 10:15 AM
Location as a hybrid event

Apr 07, 2025; Defence

Dissertation on the topic of "Nanonewton Schubmesswaagen für Elektrische Raumfahrtantriebe" by Dipl.-Ing. Oliver Josef Neunzig

Faculty of Mechanical Science and Engineering
Details
Speaker(s) Dipl.-Ing. Oliver Josef Neunzig
Start and end time 02:30 PM
Location as a hybrid event

Apr 09, 2025; Defence

Dissertation on the topic of "On the dynamics of electrolytic gas bubbles at microelectrodes" by M.Sc. Alexander Babich

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Sc. Alexander Babich
Start and end time 10:45 AM
Location as a hybrid event

Apr 15, 2025; Defence

Dissertation on the topic of "Microlayer Formation and Evaporation on Surfaces in Nucleate Boiling" by M.Eng. Jinming Zhang

Faculty of Mechanical Science and Engineering
Details
Speaker(s) M.Eng. Jinming Zhang
Start and end time 09:30 AM
Location as a hybrid event

Apr 15, 2025; Defence

Dissertation on the topic of "Ein Beitrag zur Präzisierung der Lebensdauerprognose von Profilschienen­wälzführungen" by Dipl.-Ing. Danny Staroszyk

Faculty of Mechanical Science and Engineering
Details
Speaker(s) Dipl.-Ing. Danny Staroszyk
Start and end time 12:15 PM
Location as a hybrid event

Apr 17, 2025; Defence

Dissertation on the topic of "Prozess-Gefüge-Eigenschafts-Beziehungen beim Laser-Pulver-Auftragschweißen neuartiger und etablierter NiAl- und Ni-Basislegierungen" by Dipl.-Ing. Michael Müller

Faculty of Mechanical Science and Engineering
Details
Speaker(s) Dipl.-Ing. Michael Müller
Start and end time 09:45 AM
Location as a hybrid event

Apr 17, 2025; Defence

Dissertation on the topic of "Entwicklung einer Prozesskette für die lithographie-basierte additive Fertigung von metallischen Hochleistung­swerkstoffen" by Dipl.-Ing Lucas Vogel

Faculty of Mechanical Science and Engineering
Details
Speaker(s) Dipl.-Ing Lucas Vogel
Start and end time 02:45 PM
Location as a hybrid event