In this paper, jacket structure analysis is performed to evaluate the load-carrying capacity under fatigue loading and extreme loading. The support structures in deepwater like fixed jackets tend to lack axis symmetry, hence have different capacities for wave loading in various directions. The jacket studied here is discretized using simple finite element method and nonlinear analysis. The prediction of fatigue damage of members can further aid in the process of inspection planning and maintenance of the offshore structure. The analysis can be further developed for producing optimal cost-effective structural designs with enhanced structural safety under extreme or accidental loads. Keywords: Pushover, fatigue, offshore jacket, FEM
Abstract This master thesis considers the strength analysis of the offshore wind turbine s jacket s...
Harbor and coastal structures are essential in maritime connections. Additionally, some offshore str...
Fixed offshore platforms, especially jacket type platforms, are the most common offshore structures ...
Offshore structures are mainly associated with the oil and gas industry given that globally, nearly ...
In offshore structures, the consecutive environmental and operational loading lead to an ever-changi...
Master's thesis in Offshore structural engineeringOffshore fixed jacket structures are vulnerable to...
In order to traditionally investigate the strength of marine structures, the structure is subjected ...
A new fatigue lifetime assessment approach for offshore jacket structures is presented. It combines ...
Fatigue in offshore structures is caused by the cumulative effect of variable environmental loads ex...
This paper presents an algorithm and develops a formula to evaluate the dynamic effect of wave loadi...
This paper investigates the finite element study of static structural loading of forces acting on a ...
The fixed jacket is still the most common offshore structure used for drilling and oil production. T...
In this paper a practical method for dynamic fatigue assessment of jacket-type offshore structure is...
Master's thesis in Offshore structural engineeringA fixed platform in shallow waters is supported on...
24th International Conference on Offshore Mechanics and Arctic Engineering: Volume 2International au...
Abstract This master thesis considers the strength analysis of the offshore wind turbine s jacket s...
Harbor and coastal structures are essential in maritime connections. Additionally, some offshore str...
Fixed offshore platforms, especially jacket type platforms, are the most common offshore structures ...
Offshore structures are mainly associated with the oil and gas industry given that globally, nearly ...
In offshore structures, the consecutive environmental and operational loading lead to an ever-changi...
Master's thesis in Offshore structural engineeringOffshore fixed jacket structures are vulnerable to...
In order to traditionally investigate the strength of marine structures, the structure is subjected ...
A new fatigue lifetime assessment approach for offshore jacket structures is presented. It combines ...
Fatigue in offshore structures is caused by the cumulative effect of variable environmental loads ex...
This paper presents an algorithm and develops a formula to evaluate the dynamic effect of wave loadi...
This paper investigates the finite element study of static structural loading of forces acting on a ...
The fixed jacket is still the most common offshore structure used for drilling and oil production. T...
In this paper a practical method for dynamic fatigue assessment of jacket-type offshore structure is...
Master's thesis in Offshore structural engineeringA fixed platform in shallow waters is supported on...
24th International Conference on Offshore Mechanics and Arctic Engineering: Volume 2International au...
Abstract This master thesis considers the strength analysis of the offshore wind turbine s jacket s...
Harbor and coastal structures are essential in maritime connections. Additionally, some offshore str...
Fixed offshore platforms, especially jacket type platforms, are the most common offshore structures ...