Michael Hasieber
Papers
7
Total Citations
64
H-Index
5
About
Michael Hasieber is a specialist in friction stir welding (FSW) research, with a focused body of work addressing some of the most pressing engineering challenges in this advanced solid-state joining technology. His research spans tool wear characterization, process force optimization, and in-process monitoring, making him a notable contributor to the field as it gains traction across e-mobility, automotive, aerospace, and energy sectors. Among his most impactful contributions is a systematic analysis of maximum tolerable tool wear in FSW (2022, 20 citations), which has become a key reference for understanding process reliability and tool longevity. Complementing this, his investigation into how tool hardness influences wear behavior (2022, 11 citations) provides practical guidance for material selection in industrial applications. His earlier work on tool scaling (2020, 11 citations) demonstrated how thoughtful geometric design can significantly reduce process forces and equipment demands, broadening FSW's accessibility. Hasieber has also pioneered innovative monitoring approaches, including stripe light projection for geometric wear detection and airborne sound analysis for online process oversight. Collectively accumulating over 60 citations, his research equips engineers and scientists with both fundamental insights and practical tools to advance FSW toward wider, more reliable industrial deployment.
Research Focus
Key Achievements
Top Papers
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- 5Characterization and Analysis of Effective Wear Mechanisms on FSW Tools7 citations · 2021
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