Add to ORKGIn this minor thesis, the use of concrete as material for floating wind platforms is proposed as an alternative that can provide, great resistance to corrosion and virtually non maintenance. After selecting the best suitable floating platform type for shallow waters a static analysis is done in order to choose the geometry and dimensions that best fits the needs expressed. Then with the selected model, a dynamic analysis is performed in order to check the platform interaction with waves. Finally a basic description of loads affecting the platform and the displacements and efforts distribution on it is shown
To expand the economic operating range of offshore wind farms, less common but innovative solutions ...
Significant research efforts are now being directed at floating offshore wind turbines. The main cha...
A novel concept of a floating platform for supporting wind turbines (named WindCrete) has been devel...
In this minor thesis, the use of concrete as material for floating wind platforms is proposed as an ...
Thesis (M.S., Civil Engineering)--California State University, Sacramento, 2014.This thesis presents...
Recent events regarding energy policies throughout the globe and advances in technology are making o...
A new concept of a SPAR floating platform is being developed in the KIC-Innoenergy project AFOSP (Al...
Most of the existing floating offshore wind turbines (FOWT), whether in concept or built, host a sin...
The current key challenge in the floating offshore wind turbine industry and research is on designin...
AbstractThe irruption of the floating wind energy in the offshore engineering is changing the paradi...
Wind industry is developing fast, moving from onshore to offshore and from shallow water to greater ...
The following thesis presents a stability study of a floating wind turbine platform, composed by two...
In recent years, the offshore wind industry has experienced significant growth with the installation...
Offshore wind farms are currently located predominantly in shallow water as it is possi-ble to cost ...
Taking into account the increasing of the demand of renewable energy, one of the solutions which hel...
To expand the economic operating range of offshore wind farms, less common but innovative solutions ...
Significant research efforts are now being directed at floating offshore wind turbines. The main cha...
A novel concept of a floating platform for supporting wind turbines (named WindCrete) has been devel...
In this minor thesis, the use of concrete as material for floating wind platforms is proposed as an ...
Thesis (M.S., Civil Engineering)--California State University, Sacramento, 2014.This thesis presents...
Recent events regarding energy policies throughout the globe and advances in technology are making o...
A new concept of a SPAR floating platform is being developed in the KIC-Innoenergy project AFOSP (Al...
Most of the existing floating offshore wind turbines (FOWT), whether in concept or built, host a sin...
The current key challenge in the floating offshore wind turbine industry and research is on designin...
AbstractThe irruption of the floating wind energy in the offshore engineering is changing the paradi...
Wind industry is developing fast, moving from onshore to offshore and from shallow water to greater ...
The following thesis presents a stability study of a floating wind turbine platform, composed by two...
In recent years, the offshore wind industry has experienced significant growth with the installation...
Offshore wind farms are currently located predominantly in shallow water as it is possi-ble to cost ...
Taking into account the increasing of the demand of renewable energy, one of the solutions which hel...
To expand the economic operating range of offshore wind farms, less common but innovative solutions ...
Significant research efforts are now being directed at floating offshore wind turbines. The main cha...
A novel concept of a floating platform for supporting wind turbines (named WindCrete) has been devel...