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these achievements to the microstructural engineering of two AM steels: 316L and 17-4 PH, to show the potential in improving the toughness and fatigue resistance. The work will be based primarily on experimental work
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are also expected to contribute to the characterization of the thermoelectric generators after field testing and to implement the results of accelerated fatigue tests in heat transfer models to predict
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thermomechanical process simulations such as casting and welding. The research activities at SDU-ME spans widely from fluid mechanics, condition monitoring, machine learning, fatigue, maritime structures
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Postdoc position in Materials Characterization for Additive/Subtractive Manufacturing and Sustain...
, including wear, hardness, and fatigue evaluations. Collaborate with project partners (DAMRC, Dansk AM Hub) and provide input to demonstrator case studies. Contribute to sustainability assessments through
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, including wear, hardness, and fatigue evaluations. Collaborate with project partners (DAMRC, Dansk AM Hub) and provide input to demonstrator case studies. Contribute to sustainability assessments through