Computationally Efficient Methods for Reliability Based Design of Wind Turbine Blades - DTU Orbit

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Computationally Efficient Methods for Reliability Based Design of Wind Turbine Blades

Project: PhD

With the same participants

FRP Composite Flexible Riser Systems
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Aerodynamic and structutal design of wind turbine blades
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Ultimate strength of wind turbine blade structures under multi axial loading
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Hybrid Testing of Wind Turbine Blades
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Damage Tolerance Enhancement of sandwich Structures
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Improved design bases of welded joints in seawater
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Micro Mechanical Damage Tolerance improvements of Composites
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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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Dimitrov, Nikolay Krasimirov (Phd Student)
Friis-Hansen, Peter (Supervisor)
Berggreen, Christian (Main Supervisor)
Nishijima, Kazuyoshi (Examiner)
Sørensen, John Dalsgaard (Examiner)
Straub, Daniel (Examiner)

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Status	Current
Period	01-09-09 → 09-02-13

Financing source	Internal funding (public)
Research programme	ErhvervsPhD-ordningen VTU

ID: 2321678