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Global strength analysis using FE methods is the most widely used technique for the optimization of fixed, floating and mobile offshore platforms. This involves a significant amount of engineering man-hours and experience. Global strength analysis of jacket platforms, floating units as well as self-elevating platforms, has been carried out to client and class satisfaction for a multitude of clientele in the Middle East as well as other parts of the globe. Experienced core engineering team well versed with analysis software like FeMap/Nastran, SACS, etc. provide 24hrs support for the diversifying needs of the market. We also carryout 2/3 hold analysis for ship shaped floating units as per industry guidelines which is a simplification of the global analysis by concentrating the analysis on two or three cargo holds thereby restricting the extent of model.
Aries Energy's global strength analysis covers jacket platforms, floating units, and self-elevating platforms, applying to fixed, floating, and mobile offshore structures more broadly. This work has been carried out for clients across the Middle East and other regions, using finite element methods as the primary technique for structural optimization.
2/3 hold analysis is a simplification of global strength analysis for ship-shaped floating units, carried out per industry guidelines by concentrating the model on two or three cargo holds rather than the full vessel. Aries Energy uses this approach to restrict the extent of the model, reducing analysis scope and effort while still following the same FE-based global strength methodology.
Aries Energy's core engineering team carries out global strength analysis using software including FeMap/Nastran and SACS, among other finite element analysis tools. This software supports both full global models for fixed, floating, and mobile platforms and the reduced-scope 2/3 hold models used for ship-shaped floating units.
Yes. Aries Energy's core engineering team provides 24-hour support for global strength analysis work, intended to meet the diversifying needs of clients across different time zones and project schedules. This is delivered by an experienced team well versed in finite element software such as FeMap/Nastran and SACS.
