@inproceedings{Jardine:2015,
author = {Jardine, RJ and Thomsen, NV and Mygind, M and Liingaard, MA and Thilsted, CL},
pages = {581--586},
title = {Axial capacity design practice for North European wind-turbine projects},
year = {2015}
}

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TY  - CPAPER
AB  - Improving foundation design is central to the offshore wind industry developing deeper water sites. This paper reviews the technical and regulatory difficulties for design of axially loaded piles to German offshore windfarm projects. It is argued that moving towards reliable forward predictive pile design methods and away from ‘dynamic proving tests’ will be vital to reducing unnecessarily high material and installation costs, installation risks and disturbance to marine mammals. Steps are outlined to implement such a change either in combination with regional or international load and resistance factors.
AU  - Jardine,RJ
AU  - Thomsen,NV
AU  - Mygind,M
AU  - Liingaard,MA
AU  - Thilsted,CL
EP  - 586
PY  - 2015///
SP  - 581
TI  - Axial capacity design practice for North European wind-turbine projects
ER  - 

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