Add to ORKGIn this paper, a stochastic reliability assessment for jacket type offshore structures subjected to wave loads in deep water environments is outlined. In the reliability assessment, structural and loading uncertainties are taken into account by means of some stochastic variables. To estimate statistical measures of structural stress variations the modal spectral analysis method is applied
Although most structures are subjected to dynamic, stochastic loads, it is in fact seldom that these...
Offshore structures are subjected to a harsh environment where the fluctuating waves continuously st...
This work investigates the fatigue life of a steel jacket installed at a water depth of 22m in the G...
The paper presents a level III reliability method from which the armour layer of rubble mound breakw...
Identification of optimum reliability levels for coastal structures is considered. A class of breakw...
Future bridge management systems will be based on simple stochastic models predicting the residual s...
Offshore structures, in particular fixed platforms form the backbone of the offshore industry, with ...
The structural integrity of a multi-pile offshore platform is investigated by using a vibration base...
A simple model of the wave load on slender members of offshore structures is described. The wave ele...
This paper presents the state of the art in Structural Reliability Analysis (SRA) methods with a vie...
Sea waves are the most important phenomenon to be considered in the design of coastal and offshore s...
A jacket type offshore structure from the North Sea is considered. The time variant reliability is e...
This report describes the results of an analysis of the ambient response data collected from a Venez...
Present regulations for offshore structures on the Norwegian continental shelf havea requirement for...
Stochastic Analysis of Offshore Steel Structures provides a clear and detailed guide to advanced ana...
Although most structures are subjected to dynamic, stochastic loads, it is in fact seldom that these...
Offshore structures are subjected to a harsh environment where the fluctuating waves continuously st...
This work investigates the fatigue life of a steel jacket installed at a water depth of 22m in the G...
The paper presents a level III reliability method from which the armour layer of rubble mound breakw...
Identification of optimum reliability levels for coastal structures is considered. A class of breakw...
Future bridge management systems will be based on simple stochastic models predicting the residual s...
Offshore structures, in particular fixed platforms form the backbone of the offshore industry, with ...
The structural integrity of a multi-pile offshore platform is investigated by using a vibration base...
A simple model of the wave load on slender members of offshore structures is described. The wave ele...
This paper presents the state of the art in Structural Reliability Analysis (SRA) methods with a vie...
Sea waves are the most important phenomenon to be considered in the design of coastal and offshore s...
A jacket type offshore structure from the North Sea is considered. The time variant reliability is e...
This report describes the results of an analysis of the ambient response data collected from a Venez...
Present regulations for offshore structures on the Norwegian continental shelf havea requirement for...
Stochastic Analysis of Offshore Steel Structures provides a clear and detailed guide to advanced ana...
Although most structures are subjected to dynamic, stochastic loads, it is in fact seldom that these...
Offshore structures are subjected to a harsh environment where the fluctuating waves continuously st...
This work investigates the fatigue life of a steel jacket installed at a water depth of 22m in the G...