AbstractThe increasing importance of the sustainability challenge in ocean engineering has led to the development of floating ocean structure. In this study, according to the 1/100 scale model of the HYSY-981 semi-submersible platform, the investigation on the wind resistant properties of the platform is measured through wind tunnel tests. The wind pressure coefficients of the derrick in 0∼90°wind directions were obtained by calculation. The distribution of the wind pressures on windward side of the derrick was studied. These results may serve as a reference on the design for wind loads acting on the platform
Wind energy is a promising alternate energy resource. However, the on-land wind farms are limited by...
The semisubmersible platform is one of the most important equipment for the exploitation of deep-sea...
Offshore wind energy has been experiencing a rapid development for last decade. High cost is still t...
AbstractThe increasing importance of the sustainability challenge in ocean engineering has led to th...
Mean wind load on a semi-submersible rig and an FPSO was investigated by using Computational Fluid D...
Recent events regarding energy policies throughout the globe and advances in technology are making o...
This project aims to provide a range of literature review on the current research topic in fluid mec...
Currently, there is a great interest to globally develop offshore wind energy due to the greenhouse ...
In recent years, oshore wind energy has experienced a huge development. Floating wind turbines may b...
In recent years, offshore wind energy has experienced a huge development. Floating wind turbines may...
This paper presents the main results of an experimental campaign about the DeepCwind semi-submersibl...
In connection with wind sensitivity for the towering and hollowed-out structures (drilling derrick, ...
Offshore wind farms are currently located predominantly in shallow water as it is possi-ble to cost ...
The purpose of this thesis is to highlight some of the areas of interest when it comes to wind tunne...
A large number of offshore wind turbines have been installed recently, mostly in water depth up to 3...
Wind energy is a promising alternate energy resource. However, the on-land wind farms are limited by...
The semisubmersible platform is one of the most important equipment for the exploitation of deep-sea...
Offshore wind energy has been experiencing a rapid development for last decade. High cost is still t...
AbstractThe increasing importance of the sustainability challenge in ocean engineering has led to th...
Mean wind load on a semi-submersible rig and an FPSO was investigated by using Computational Fluid D...
Recent events regarding energy policies throughout the globe and advances in technology are making o...
This project aims to provide a range of literature review on the current research topic in fluid mec...
Currently, there is a great interest to globally develop offshore wind energy due to the greenhouse ...
In recent years, oshore wind energy has experienced a huge development. Floating wind turbines may b...
In recent years, offshore wind energy has experienced a huge development. Floating wind turbines may...
This paper presents the main results of an experimental campaign about the DeepCwind semi-submersibl...
In connection with wind sensitivity for the towering and hollowed-out structures (drilling derrick, ...
Offshore wind farms are currently located predominantly in shallow water as it is possi-ble to cost ...
The purpose of this thesis is to highlight some of the areas of interest when it comes to wind tunne...
A large number of offshore wind turbines have been installed recently, mostly in water depth up to 3...
Wind energy is a promising alternate energy resource. However, the on-land wind farms are limited by...
The semisubmersible platform is one of the most important equipment for the exploitation of deep-sea...
Offshore wind energy has been experiencing a rapid development for last decade. High cost is still t...