Modellering af skadeudvikling og brud i svejsninger - DTU Orbit

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Modellering af skadeudvikling og brud i svejsninger

Project: PhD

With the same participants

Higher order continuum modeling of micro-structural evolution in plastically deformed metals
Project: PhD
Micro-structural evolution and size-effects in single crystals
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Micro-Scale Experiments and Models for Coposite Materials with Materials Research
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Interaction of stress and phase transformations during thermochemical surface engineering
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Computational modelling of rolling contact fatique in wind turbines
Project: PhD
Modelling and experimental verification of fatigue failure development in rolling and sliding contacts
Project: PhD
Modelling and experimental verification of fatigue failure development in rolling and sliding contacts
Project: PhD
Micro Mechanical Damage Tolerance improvements of Composites
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Multiscale Modeling of Composites
Project: PhD
Damage Tolerance of Curved Sandwich Structures in Wind Turbine Blades
Project: PhD

Nielsen, Kim Lau (Phd Student)
Tvergaard, Viggo (Main Supervisor)
Jensen, Henrik Myhre (Examiner)
Legarth, Brian Nyvang (Examiner)
Leblond, Jean-Baptiste Maurice (Examiner)

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Status	Completed
Period	01-01-07 → 14-04-10

Financing source	Internal funding (public)
Research programme	Forskningsrådsfinansiering

ID: 2312321