Mirco Rostamian
Papers
1
Total Citations
2
H-Index
1
About
Mirco Rostamian is a researcher specializing in turbomachinery aerodynamics, with a particular focus on surface roughness effects in high-pressure compressors. His work addresses a critical gap in understanding how in-service degradation impacts compressor performance. Rostamian’s major contribution lies in developing an automated, high-fidelity roughness measurement process for in-service compressor blades, detailed in his 2023 two-part publication. This methodology enables precise quantification of surface degradation, bridging the gap between real-world engine wear and computational fluid dynamics simulations. While his citation count is still growing—reflecting the recency of his work—his research has immediate relevance for the aviation and power generation industries, where compressor efficiency directly affects fuel consumption and emissions. By providing a systematic approach to roughness characterization, Rostamian’s work lays the foundation for more accurate performance prediction models and maintenance scheduling. His efforts represent a significant step toward integrating real-world surface conditions into aerodynamic simulations, a challenge that has long eluded the turbomachinery community. For students and researchers in propulsion and gas turbine technology, Rostamian’s research offers a practical, data-driven pathway to understanding how real engines behave over time.
Research Focus
Key Achievements
Top Papers
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