Anno Christian Dederichs
About
Anno Christian Dederichs is a PhD student at the Structural Dynamics group at the department of Structural Engineering at the Norwegian University of Science and Technology. He is currently working with automatic operational modal analysis of bridges, and the tracking of modal properties of these structures over time. Research intrests all encompass the further development of digital twin models from bridges and the possibility of early damage detection through use of online structural health monitoring systems.
Publications
2024
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2024)
A novel and near-automatic mode tracking algorithm for civil infrastructure.
Journal of Sound and Vibration
Academic article
-
Dederichs, Anno Christian;
del Pozo Alarcon, Gabriel Antonio;
Svendsen, Bjørn Thomas;
Øiseth, Ole Andre.
(2024)
A new damage detector for bridges based on natural frequencies with missing data.
Structural Health Monitoring
Academic article
-
Dederichs, Anno Christian;
Frøseth, Gunnstein Thomas;
Øiseth, Ole Andre.
(2024)
Experimental comparison of three automatic operational modal analysis algorithms on suspension and floating bridges.
Mechanical systems and signal processing
Academic article
2023
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2023)
Experimental comparison of automatic operational modal analysis algorithms for application to long-span road bridges.
Mechanical systems and signal processing
Academic article
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2023)
Data sampling frequency impact on automatic operational modal analysis, application on long-span bridges.
Springer
Springer
Academic anthology/Conference proceedings
Journal publications
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2024)
A novel and near-automatic mode tracking algorithm for civil infrastructure.
Journal of Sound and Vibration
Academic article
-
Dederichs, Anno Christian;
del Pozo Alarcon, Gabriel Antonio;
Svendsen, Bjørn Thomas;
Øiseth, Ole Andre.
(2024)
A new damage detector for bridges based on natural frequencies with missing data.
Structural Health Monitoring
Academic article
-
Dederichs, Anno Christian;
Frøseth, Gunnstein Thomas;
Øiseth, Ole Andre.
(2024)
Experimental comparison of three automatic operational modal analysis algorithms on suspension and floating bridges.
Mechanical systems and signal processing
Academic article
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2023)
Experimental comparison of automatic operational modal analysis algorithms for application to long-span road bridges.
Mechanical systems and signal processing
Academic article
Books
-
Dederichs, Anno Christian;
Øiseth, Ole Andre.
(2023)
Data sampling frequency impact on automatic operational modal analysis, application on long-span bridges.
Springer
Springer
Academic anthology/Conference proceedings