Studies of 3D microscale damage evolution in composites materials for wind turbines - DTU Orbit

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Studies of 3D microscale damage evolution in composites materials for wind turbines

Project: PhD

With the same participants

Reliabilities of composite materials for wind turbine blades
Project: PhD
Future Technologies for Wind Energy: Blade materials, Turbine reliability, Computation tools, and Experimental methods
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In-situ Neutron Imaging of Solid Oxide Fuel Cells
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Future Materials for Wind Energy: Computational Tools, New Materials, Processing Methods, New Testing and Characterization Methods
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Micro-Scale Experiments and Models for Coposite Materials with Materials Research
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Micro Mechanical Damage Tolerance improvements of Composites
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Predicting durability of composite structures during cyclic loading
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Development of 3D EBSD for characterisation of solid oxide electrolysis cells in relation to performance and degradation
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Structure and mechanical properties of aligned natural fibre composites
Project: PhD

Martyniuk, Karolina (Phd Student)
Lauridsen, Erik Mejdal (Supervisor)
Sørensen, Bent F. (Main Supervisor)

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Status	Current
Period	01-04-10 → 30-06-13

Financing source	Internal funding (public)
Research programme	Institut, samfinansiering

ID: 2327804