With offshore wind turbines increasing in size, there is increasing interest in non-traditional support structures. New concepts include lightweight and flexible fiberglass composite towers that have potential benefits over traditional stiff steel towers. The aim of this paper was to assess how the combination of a more flexible wind turbine tower with an offshore concrete gravity base foundation would affect the dynamic response of the structure. The results focus on how the dynamic amplification factors (DAFs) change with varying levels of foundation stiffness during an extreme event (50 year return period extreme event)
CITATION: Van Zyl, W. S. & Van Zijl, G. P. A. G. 2015. Dynamic behaviour of normally reinforced conc...
Offshore wind turbines are getting larger and the water depths where they are located are getting de...
Offshore wind power is one of the most popular renewable sources of energy. However, there are many ...
The First Vietnam Symposium on Advances in Offshore Engineering: Energy and Geotechnics, Hanoi, Viet...
The First Vietnam Symposium on Advances in Offshore Engineering: Energy and Geotechnics, Hanoi, Viet...
With offshore wind turbines increasing in size, there is increasing interest in non-traditional supp...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
This paper presents an investigation on the sensitivity of flexible foundation models of offshore wi...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
This paper investigates the effects of nonlinear soil behaviours on the structural responses of offs...
The OO Star 10 MW is a semi-submersible floater that aims to support a 10 MW wind turbine. It consis...
CITATION: Van Zyl, W. S. & Van Zijl, G. P. A. G. 2015. Dynamic behaviour of normally reinforced conc...
Offshore wind turbines are getting larger and the water depths where they are located are getting de...
Offshore wind power is one of the most popular renewable sources of energy. However, there are many ...
The First Vietnam Symposium on Advances in Offshore Engineering: Energy and Geotechnics, Hanoi, Viet...
The First Vietnam Symposium on Advances in Offshore Engineering: Energy and Geotechnics, Hanoi, Viet...
With offshore wind turbines increasing in size, there is increasing interest in non-traditional supp...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
This paper presents an investigation on the sensitivity of flexible foundation models of offshore wi...
The current effort towards the progressive switch from carbon-based to renewable energy production i...
This paper investigates the effects of nonlinear soil behaviours on the structural responses of offs...
The OO Star 10 MW is a semi-submersible floater that aims to support a 10 MW wind turbine. It consis...
CITATION: Van Zyl, W. S. & Van Zijl, G. P. A. G. 2015. Dynamic behaviour of normally reinforced conc...
Offshore wind turbines are getting larger and the water depths where they are located are getting de...
Offshore wind power is one of the most popular renewable sources of energy. However, there are many ...