Thomas Maywald
Papers
1
Total Citations
30
H-Index
1
About
Thomas Maywald is a leading researcher in structural dynamics and turbomachinery, with a primary focus on bladed disks (blisks) and their vibrational behavior. His major contributions center on the development and experimental validation of geometric model update procedures for mistuned blisks—critical for predicting and mitigating vibration-induced failures in axial compressors. In his most cited work (2017, 30 citations), Maywald demonstrated a novel approach using a state-of-the-art 5-axis milled industrial test blisk, showing how geometric variations can be systematically incorporated into finite element models to accurately capture dynamic responses across a wide frequency range. This work bridges the gap between computational modeling and real-world manufacturing imperfections, directly impacting the reliability and performance of jet engines and power generation turbines. Maywald’s research is distinguished by its rigorous experimental validation, ensuring that theoretical advances translate into practical engineering solutions. His findings are essential for engineers and researchers working on vibration analysis, structural health monitoring, and the design of safer, more efficient rotating machinery.
Research Focus
Key Achievements
Top Papers
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