This study reports on an extensive experimental campaign carried out to evaluate non-linear waves applied to offshore structures in extreme marine environments. An offshore tension leg platform (TLP) model was used to observe the waves around a fixed-type offshore structure. The wave amplitude measured in the experiments of this study was indicated as a wave run-up ratio. Both the first-order analysis and the analysis of the entire wave amplitude were described. The experimental results were compared with the calculations from a potential-based code in order to verify the effectiveness of the developed technology
Given the increasing development of exploitation of deepwater oil and gas resources, access to reali...
During the last decade, the world demands more energy due to uprising giant countries like China and...
In recent years, extreme wave events have occurred more frequently than have been predicted using th...
This study reports on an extensive experimental campaign carried out to evaluate non-linear waves ap...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
This paper describes a series of model tests of a rigidly mounted tension leg platform (TLP) subject...
This study investigates the freak wave impinging on a tension-leg platform through wave flume experi...
This article describes a series of model tests conducted to examine extreme wave events associated w...
When designing deep water offshore platform, engineers require an understanding of wave-structure in...
This very low natural frequencies of compliant offshore structures have raised the concern about the...
A large number of jackup offshore platforms with towers are widely applied in ocean engineering. The...
This paper presents an experimental and numerical investigation into the magnitude and distribution ...
As the oil and gas resources had been depleted, most of the oil and gas companies had focused in de...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Drilling is carried out in deeper to deeper waters around the globe to meet growing demands for oil ...
Given the increasing development of exploitation of deepwater oil and gas resources, access to reali...
During the last decade, the world demands more energy due to uprising giant countries like China and...
In recent years, extreme wave events have occurred more frequently than have been predicted using th...
This study reports on an extensive experimental campaign carried out to evaluate non-linear waves ap...
Offshore structures need to survive whilst being exposed to extreme wave events, which can potential...
This paper describes a series of model tests of a rigidly mounted tension leg platform (TLP) subject...
This study investigates the freak wave impinging on a tension-leg platform through wave flume experi...
This article describes a series of model tests conducted to examine extreme wave events associated w...
When designing deep water offshore platform, engineers require an understanding of wave-structure in...
This very low natural frequencies of compliant offshore structures have raised the concern about the...
A large number of jackup offshore platforms with towers are widely applied in ocean engineering. The...
This paper presents an experimental and numerical investigation into the magnitude and distribution ...
As the oil and gas resources had been depleted, most of the oil and gas companies had focused in de...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Drilling is carried out in deeper to deeper waters around the globe to meet growing demands for oil ...
Given the increasing development of exploitation of deepwater oil and gas resources, access to reali...
During the last decade, the world demands more energy due to uprising giant countries like China and...
In recent years, extreme wave events have occurred more frequently than have been predicted using th...