Offshore structures are designed to resist to severe environmental loads. This manuscript presents experimental and numerical studies on offshore wind turbine pile foundations submitted to static monotonic/cyclic loads.Isolated piles (diameter of 1.8 m and embedded length of 40 m) and a four-legged truss structure installed in dense Fontainebleau sand have been tested at 100×g in a geotechnical centrifuge. The behavior of the isolated piles has been characterized under monotonic axial load. The piles have been jacketed at 1×g and 100×g and the influence of the set-up method on the bearing capacity has been measured. The stability diagram of a pile has been constructed using cyclic tests, CPT experiments have been performed and the influence...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
Here, the results of a three-dimensional finite element study of the complex interaction of horizont...
The monopile is the dominant foundation type for offshore wind turbines, withcurrent design guidance...
Offshore structures are designed to resist to severe environmental loads. This manuscript presents e...
Offshore structures are designed to resist to severe environmental loads. This manuscript presents e...
The axial and lateral capacity of piles jacked in Fontainebleau sand NE34 are studied using centrifu...
International audienceTo improve our understanding and to quantify the behaviour of a jacket foundat...
The foundation of offshore wind energy plants plays an important role in the stability of these stru...
Wind energy is now a popular competitor among other energy sources all around the world. The offshor...
For supporting Offshore Wind Turbines (OWT), monopiles are currently the most common foundations. Th...
Ce travail de thèse s’articule autour de la problématique de l’évolution de la première fréquence pr...
National audienceThe response of an offshore pile embedded in sand under tension loading is studied....
The offshore wind market has grown rapidly over recent years. The most widely used foundation type f...
As offshore wind projects move further offshore into deeper waters, tripod and jacket structures are...
Offshore wind power is a domestic, sustainable and largely untapped energy resource. Today, the mode...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
Here, the results of a three-dimensional finite element study of the complex interaction of horizont...
The monopile is the dominant foundation type for offshore wind turbines, withcurrent design guidance...
Offshore structures are designed to resist to severe environmental loads. This manuscript presents e...
Offshore structures are designed to resist to severe environmental loads. This manuscript presents e...
The axial and lateral capacity of piles jacked in Fontainebleau sand NE34 are studied using centrifu...
International audienceTo improve our understanding and to quantify the behaviour of a jacket foundat...
The foundation of offshore wind energy plants plays an important role in the stability of these stru...
Wind energy is now a popular competitor among other energy sources all around the world. The offshor...
For supporting Offshore Wind Turbines (OWT), monopiles are currently the most common foundations. Th...
Ce travail de thèse s’articule autour de la problématique de l’évolution de la première fréquence pr...
National audienceThe response of an offshore pile embedded in sand under tension loading is studied....
The offshore wind market has grown rapidly over recent years. The most widely used foundation type f...
As offshore wind projects move further offshore into deeper waters, tripod and jacket structures are...
Offshore wind power is a domestic, sustainable and largely untapped energy resource. Today, the mode...
Most offshore wind farms around Europe are being constructed with monopile foundations. Whilst there...
Here, the results of a three-dimensional finite element study of the complex interaction of horizont...
The monopile is the dominant foundation type for offshore wind turbines, withcurrent design guidance...