Incorporation Structural Health Monitoring In The Design Of Slip Formed Concrete Wind Turbine Towers – Progress Report

  • Mads Knude Hovgaard Department of Engineering, Civil and Architectural Engineering, Aarhus University
Keywords: Fracture mechanics, Non-linear FE modeling, Concrete structures, Steel structures, Theoretical dynamics, Experimental dynamics, Damage detection, Structural health monitoring

Abstract

This report contains introduction to the subject as well as descriptions of the problems, a state-of-art overview, descriptions of the methods applied and of the results achieved so far. Furthermore, the report contains a plan for the remaining part of the project period. In the overall perspective, the project combines many different engineering disciplines and thus the report displays a variety of content. The reliability theory ties the different disciplines together, and the focus is chosen on the dominant uncertainties of the modal damage detection as a consequence barrier (risk reduction by decision rule), as the initial studies in the project indicated this as an interesting and innovative approach
Published
2013-07-02
How to Cite
Hovgaard, M. (2013). Incorporation Structural Health Monitoring In The Design Of Slip Formed Concrete Wind Turbine Towers – Progress Report. Technical Report Civil and Architectural Engineering, 1(1). Retrieved from https://tidsskrift.dk/cae/article/view/21121