DNV Software providing one single data model for offshore designEssen, )
One of the key features of the new Sesam GeniE release is the ability to work inside a consistent user interface. A typical example of such is connections between pile and leg as well as the disconnection of beams and plates. The data model may be made by Sesam GeniE only or imported from several systems. This is a major timesaver in for example life extension analysis for customers who use supporting programs.
"This release will enable users to do more, as well as to do it more easily," says Nekstad. "In addition, they will have better control with higher quality of calculations."
"Sesam GeniE has seen an exceptional growth in sales across the globe," says DNV Software Managing Director Are Føllesdal Tjønn. "This enables us to invest even more in development, and we see the results now. Our offshore engineering solution has unique capabilities in an integrated environment for structural modelling, environmental load calculations, structural response analysis and engineering evaluation and redesign," he says.
Part of the integrated one-model solution allows tension and compression analysis inside Sesam GeniE. This has been requested by customers in order to reduce superfluous investments in separate systems, thereby cutting cost on unnecessary licences and on training.
For customers needing to migrate model data from other systems, the new release features expanded import capabilities where less manual work is needed, another way to cut cost.
Details about Sesam GeniE: www.dnvsoftware.com/...
About Sesam GeniE
Sesam GeniE is a software tool for designing and analysing offshore and maritime structures made of beams and plates. Modelling, analysis and results processing are performed in the same graphical user interface. The use of concept technology makes the Sesam GeniE software highly efficient for integrating stability, loading, strength assessment and CAD exchange. All data are persistent, enabling the engineers to do efficient iterative re-design of a structure.