معرفی
Danilo Quagliotti is a Senior Researcher in the Department of Civil and Mechanical Engineering at the Technical University of Denmark (DTU), specializing in Manufacturing Engineering. He is actively engaged in research related to additive manufacturing, injection molding, surface metrology, and industrial computed tomography (CT), contributing to both academic and industrial advancements in precision engineering.
Research Interests: His work focuses on additive manufacturing, surface topography, X-ray CT metrology, and multiscale analysis. He explores how advanced manufacturing techniques affect surface properties and dimensional accuracy, with applications in aerospace, automotive, and quality assurance. His research integrates optical and X-ray metrology with computational modeling for enhanced process control and traceability.
Recent Research Trends: Analysis of his latest publications reveals a strong focus on the validation and application of X-ray CT for industrial metrology, particularly in energy-resolved systems for security and dimensional accuracy. His work increasingly combines simulation (e.g., virtual ray tracing) with experimental validation, emphasizing error management and digital twin development in manufacturing.
- Scientific Awards:
- Civilingeniør Kristian Rasmussen og hustru Gunhild Katrine Rasmussens Fond (2017)
- Fabriksejer, Civilingeniør Louis Dreyer Myhrwold og hustru Janne Myhrwolds Fond (2015)
- Idella Foundation (2016)
- Otto Mønsteds Fond (2016)
Advising and Grants: Quagliotti actively supervises PhD and MSc students, including Sloth, S., and serves as a main supervisor in metrology-related thesis projects. He leads or participates in multiple funded research initiatives such as SensMonCTII and 3DIM, focusing on CT-based monitoring and 3D imaging. His projects often involve collaboration with industry and international partners, securing support from Danish and European funding bodies.
Labs and Teams: He is a Principal Investigator (PI) in the 3DIM 3D imaging center at DTU and contributes to the MICROMAN project. His work is embedded within a multidisciplinary team involving experts in materials science, mechanical engineering, and computational imaging, fostering innovation in industrial metrology and advanced manufacturing.
