Grouted connections are frequently used as structural detail of offshore wind turbines and platforms for the load transferring connection between piles and support structure. At latticed substructures this connection is commonly located at mudline. However, a potential influence of the surrounding water on the connection's fatigue behaviour was neglected in earlier tests and consequential design methods. Herein described experimental investigations at small and large-scale fatigue tests in submerged conditions showed a significant reduction of endurable load cycles. In addition, the water impact caused varied damage mechanism in the connection. © 2017 The Author(s)
Offshore wind energy industry around globe is expanding rapidly in the recent decade to face challen...
Insufficient axial capacity of large-diameter plain-pipe grouted connections has recently been obser...
Grouted connections for offshore wind turbines are formed by attaching overlapping steel piles with ...
Grouted connections are a frequently used structural detail of offshore wind turbines and platforms ...
Grouted connections represent a common joining technique between substructure and foundation piles o...
According to political goals, electricity from offshore wind farms in Germany will amount to 15 GW b...
The cementitious material in grouted connections of offshore monopile wind turbine structures is sub...
AbstractRelative displacements between grout and steel have been observed in grouted connections use...
In a world with ever increasing energy demands, there is a need to find new ways to harvest renewabl...
Relative displacements between grout and steel have been observed in grouted connections used for of...
With conversion of the German supply system for electrical energy towards renewable resources, the d...
The paper provides a critical appraisal of the events surrounding the unexpected settlement of large...
The importance of offshore renewable energy from wind is expected to increase in the future. Most of...
Grouted connections of monopile supported offshore wind turbine structures are subjected to loads le...
[Introduction] Grouted connections are widely used to connect the support structure and the foundati...
Offshore wind energy industry around globe is expanding rapidly in the recent decade to face challen...
Insufficient axial capacity of large-diameter plain-pipe grouted connections has recently been obser...
Grouted connections for offshore wind turbines are formed by attaching overlapping steel piles with ...
Grouted connections are a frequently used structural detail of offshore wind turbines and platforms ...
Grouted connections represent a common joining technique between substructure and foundation piles o...
According to political goals, electricity from offshore wind farms in Germany will amount to 15 GW b...
The cementitious material in grouted connections of offshore monopile wind turbine structures is sub...
AbstractRelative displacements between grout and steel have been observed in grouted connections use...
In a world with ever increasing energy demands, there is a need to find new ways to harvest renewabl...
Relative displacements between grout and steel have been observed in grouted connections used for of...
With conversion of the German supply system for electrical energy towards renewable resources, the d...
The paper provides a critical appraisal of the events surrounding the unexpected settlement of large...
The importance of offshore renewable energy from wind is expected to increase in the future. Most of...
Grouted connections of monopile supported offshore wind turbine structures are subjected to loads le...
[Introduction] Grouted connections are widely used to connect the support structure and the foundati...
Offshore wind energy industry around globe is expanding rapidly in the recent decade to face challen...
Insufficient axial capacity of large-diameter plain-pipe grouted connections has recently been obser...
Grouted connections for offshore wind turbines are formed by attaching overlapping steel piles with ...