Risk Assessment of Stay Cable Fatigue - DTU Orbit

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Risk Assessment of Stay Cable Fatigue

Project: PhD

With the same participants

Assessment of extreme design loads for medern wind turbines using the probalistic approach
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Parallel Mono-strand Stay Cable Bending Fatigue
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Real Time Decision Support in the Face of Evolving Natural Hazards
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Development of a natural hazard risk model framework with application to flood risk
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Understanding of bridge cable vibration mechanisms under varying meteorological conditions
Project: PhD
Understanding of bridge cable vibrations and the associated flow-field through the full-scale monitoring of vibrations and wind
Project: PhD
Integration of CFD in Structural and Architectural Wind Engineering
Project: PhD
Cable Aerodynamic Control
Project: PhD
Development of flexible concrete joints for deck structures with deteriorated mechanical joints and corrosion damage
Project: PhD
Understanding and Controlling Wind-Induced Vibrations of Bridge Cables
Project

Roldsgaard, Joan Hee (Phd Student)
Faber, Michael Havbro (Supervisor)
Georgakis, Christos T. (Main Supervisor)

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Status	Current
Period	01-02-11 → 31-01-14

Financing source	Internal funding (public)
Research programme	Institut stipendie (DTU)

ID: 2335764